-' DATE PERIOD DATE PERIOD. Midpoint and Distance Formulas Find the midpoint of each line segment with endpoints at the given coordinates.

Size: px
Start display at page:

Download "-' DATE PERIOD DATE PERIOD. Midpoint and Distance Formulas Find the midpoint of each line segment with endpoints at the given coordinates."

Transcription

1 z OJ "S ' PEROD PEROD Sklls Pac:tce Pac:tce Mdpnt and Dstance Fmulas Mdpnt and Dstance Fmulas Fnd the mdpnt f lne segmt wth dpnts at the gv cdnates Fnd the mdpnt f lne segmt wth dpnts at the gv cdnates ( ( ) ( ) ( ) ( ) ( 3) ( 3) ( ) ( 7) ( ) ( ) ( ) 3 (3 ) ( ) ( ) ( ) ( ) (t) 3 (7 ) ( ) (3 ) ( ) ( ) ( ) ( ) ( ) ( t) (3 3) ( ) (t )»w ) <Q 3 \:) (3 ) ( 3) (t 3) (3 ) (3 ) (3 t) 7 ( ) (3 7) ( _!) ( 7) ( ) ( ) ' 7 (3 ) ( ) ( ) (3 ) ( ) ( ) ( ) ( ) ( t) () ( ) ( ) Chapte ( ) ( ) () ( ) (3 7) (t) (3) ( 7) ( ) ( ) ( 3) (_!) ' 3 ( 7) ( ) ( ) ( ) (f ) (t ) (3 ) ( 3) (_! _!) ( ) ( ) ( t) ( ) ( ) ( ) (j ) ( )(t ) ' Fnd the dstance betwe pa f pnts wth the gv cdnates 3 ( ) ( ) 3 unts (7 7) ( ) unts () ( ) unts ( ) ( ) unts 7 ( ) (7 ) unts (3 ) (3 ) unts ( 3) (3 ) Vs unts ( 3) ( 7) unts ( ) (3 ) 7 unts (3 ) ( 3) 3 unts İ Fnd the dstance betwe pa f pnts wth the gv cdnates 7 ( ) ( ) unts ( ) ( ) unts (3) ( ) v'73 unts ( ) ( :") v3 unts () () unt (3 ) ( 3) 7 unts 3 ( 3) ( 3) v7 unts ( ) (7 ) v's unts ( 3) ( ) unts ( 7) ( ) v'7 unts 7 ( 3) ( ) 3 unts ( ) ( ) VO unts ()(') unt 3 ('\ V) ('\ V) v'7 unts 3 ( ) (3) v'7 unts ( ) ( ) v' unts 3 GEOMETRY Ccle has a damete AB f A s at ( ) and B s at (3) fnd the cte fthe ccle and the lgth f ts damete ( ) : ; 3v unts ( 3) ( ) V unts ( ) () \ unts 3 GEOMETRY Fnd the pemete f a tangle wth vetces at ( 3) () and () V7 unts Glce Algeba Chapte Glce Algeba :::l tb tb e C/l C/l Answes

2 ::T " : PEROD Paablas Paablas l equatn n standad Y ( 3) fm 3 Y [ (3)] Y 3[ (_)] () TELESCOPES An astnme s wkng wth a lage eflectng telescpe The eflectng m n the telescpe has the paablc css sectn shwn n the gaph whse equatn s gv b PROJECTLE A pjectle fllws the 3 gaph f the paabla ' Sketch the path f the pjectle b gaphng the paabla dtf the cdnates f the vete and fcus the equatns f the as f smmet and dect and the dectn f png f the paabla wth the gv equatn Th fnd the lgth f the latus ectum and gaph the paabla ()3 _ ( ) Each unt epests vete: (3); vete: ( ); vete: (3 ); fcus: (3}); fcus: (}); focus:(g); as: ; dect: t; ps up; latus ectum: unt Wte an equatn 7 vete ( ) fcus ( 3) as: ; dect: as: t; dect: ps left; latus ectum: 3 unts f paabla descbed 3 daw j) }( ) 3; t unt the gaph Y t(x ) 3 f t 'e c s ;g ' a l;l a d Y CJ Wte the equatn mdel the ach f the paabla t dtf the cdnates 'ths paabla f the fcus f ( ) ' g Chapte 3 Glce Algeba ll \:) ' Chapte» : BRDGES F Eecses and use the fllwng nfman Pat f the Sdne Hab Bdge n Sdne Austala can be mdeled b a paablc ach f unt cespnds t metes the ach wuld pass thugh the pnts at ( ) ( ) and ( ) 3 BRDGES A bdge s n the shape f a paabla that ps dwnwad The equatn f the paabla t' mdel the ach f the bdge s gv b Y ' ' whee umt m ft awa fm the vete alng the as (at the pnt () wth espect t the gaph) s equvalt t ad The as s the gund level What s the mamum heght f the bdge abve the gund? Css sectn f m suface TELEVSON Wte the equatn n the fm a f a satellte dsh Assume that the bttm f the upwadfacng dsh passes thugh ( ) and that the dstance fm the bttm t the fcus pnt s nches!> ): co vete ( 3) as f smmet latus ectum: unts a<o COMMUNCATON Davd has just made a lage paablc dsh whse css sectn s based n the gaph f the paabla Each unt epests ne ft and the damete f hs dsh s feet He wants t make a lstng devce b placng a mcphne at the fcus f the paabla Whee shuld the mcphne be placed? ; ps ght; latus ectum: belw Th vete ( ) dect mete The astnme s standng at the gn Hw fa fm the fcus f the paabla s the pnt n the m dectl ve the astnme's head? 3()_3 PEROD Wd Pblem Padce Pactce Wte 7 Glce Algeba () :l \:)

3 Cpght Glce/McGawHl a dvsn f The McGawHl Cmpanes nc () z Ol : PEROD PEROD " Wd Pblem Pac:tce Pac:tce? Ccles Ccles Wte an equatn f the' ccle that satsfes set f cndtlns cte ( ) adus unts (X 3 cte ( ) ( ( ) Va) tt dpnts ( cte at ( adus \ unts \'3) fa damete cte ( ) adus ( at ( ) and ( ) (X ) passes thugh 7 cte at ( ) tangt unts cte ( ) adus ) (X ( t as (X ) ) ( ) ( ) RADAR A scut plane s equpped wth ada The bunda f the ada's ange s gv b the ccle ( ) ( ) Each unt cespnds t ne mle What s the mamum dstance that an bject can be fm the plane and stll be detected b ts ada? ( unt ) 7) ) ( 3) (3 ) unts 3 ( ) TREASURE F Eecses and use the fllwng nfmatn Scut plane 7 A mathematcall nclned pate decded t hde the lcatn f a teasue b makng t as the cte f a ccle gv b an equatn n nnstandad fm ( ) Fnd the cte and adus f the ccle wth the gv equatn Th gaph the ccle 3 POOLS The pl n an achtectual fl plan s gv b the equatn OWhat pnt n the edge f the pl s fathest fm the gn? ( ( ) unts 3) Al 7 m unts H:: :t> ( ) ( ) WEATHER (3)3 unts unts \: f '' 3 ( 3)3 unts F Eecses and use the fllwng nfmatn ' aveage the ccula ee f a hucane s abut mles n damete Gale wnds can affect an aea up t 3 mles fm the stm's cte n Hucane Katna devastated suthen Lusana A satellte pht f Katna's landfall shwed the cte f ts ee n ne cdnate sstem culd be appmated b the pnt ( ) f Katna's Wte an equatn t epest a pssble bunda (X ) ( ) Q) Wte an equatn f the aea affected b gale wnds ): Q (X ) Chapte t eest a pssble bunda ( ) ::l e ) _! e The secet ccle can be epested 3 FERRS WHEEl The Teas Sta the lagest Fes wheel n Nth Ameca s lcated n Dallas Teas t weghs 7 punds and can hld des n ts gndlas The Teas Sta has a damete f feet Use the ectangula cdnate sstem wth the gn n the gund dectl belw the cte f the wheel and wte the equatn f the ccle that mdels the Teas Sta ' X ( ) 3 Rewte the equatn standad fm (X ) ( b: O f the ccle n 7) Daw the ccle n the map Whee s the teasue? See ccle n map at ( 7); the suthwest cne f Meadw Madness ee ( ) Glce Algeba Chapte OJ \) Answes """l e > STORAGE An gnee uses a cdnate plane t shw the laut f a sde vew f a stage buldng The as epests a wall and the as epests the fl A lomete damete clnde ests n ts sde flush aganst the wall On the sde vew the clnde s epested b a ccle n the fst quadant that s tangt t bth aes Each unt epests mete What s the equatn f ths ccle? (X ) ; Glce Algeba W

4 Cpght Glce/McGawHl a dvsn f The McGawHl Cmpanes nc () ::T ""C [ an equatn 3) Y "' f jl < ( f the ellpse ()_ 3 that (33) 'j satsfes L dpnts f mn as at ( ) and ( ) fc at () and ( ) (); ( ±Y7); ; (3); (3 ± v'3s); ; ( ) ( 3) ( 3); ( ± V 3); ; D ): cq 3 SPORTS An cte f the t mdel the as s feet X 3 Chapte H H X ce skate taces tw cngut ellpses t fm a fgue eght Assume that the fst lp s at the gn wth the secnd lp t ts ght Wte an equatn fst lp f ts maj as (alng the as) s feet lng and ts mn lng Wte anthe equatn t mdel the secnd lp ( ) '3 ae gv b the equatn 3 Glce Algeba MODELNG F Eecses the fllwng nfmatn j [! ' "?; Maj as has lgth mn as has lgth ) E g Chapte ll \) Answes () ""' (f) (f) ::l P f a cdnate gd s velad n the ellpse s that the tacks ae lcated at () and () what s the equatn f the ellpse n standad fm? X Detemne the lgths f the maj and mn aes f the ell pse that James dew \l 3 FLASHLGHTS Danella ded up dng he math hmewk late at nght T avd dstubng thes she wked n bed wth a p lght One pblem asked he t daw an ellpse She ntced that he p lght ceated an ellptcal patch f lght n he pape s she smpl taced the utlne f the patch f lght The utlne f the ellpse s shwn belw What s the equatn f ths ellpse n standad fm? > and use James wants t t t make an ellpse usng a pece f stng nches lng He tacks the tw ds dwn nches apat He th takes a p and pulls the stng taut He keeps the stng taut and pulls the p aund the tacks B dng ths he ceates an ellpse (3) and (3 ) Tw peple want t stand at the fc f the ellpse s that the can whspe t the wthut anbd else heang What ae the cdnates f the fc? s unts unts ECHOES The walls f an ellptcal m g Y HH Maj as: astnmcal Mn as: astnmcal : ( ) ( 3) 3 whee unt epests ne astnmcal unt (e the dstance fm Sun t Eath) What ae the lgths f the maj and mn aes f the bt? Gaph ths ellpse set f cndtns Fnd the cdnates f the cte and fc and the lgths f the maj and mn aes f the ellpse wth the gv equatn Th gaph the ellpse O : maj as unts lng cte at ( ) fc at ( Vl) and ( Vl) ( 3) maj as unts lng and paallel t as mn as unts lng cte at ( ) ( ) ( ) _ The bt f an asted s gv b the equatn dpnts f maj as at ( ) and ( ) dpnts f mn as at ( 3) and (7 3) ( 3) ( ) _ t ts ASTRONOMY 7 maj as unts lng mn as unts lng and paallel t as cte at ( ) ( 3) ( ) _ " _ (O ) ( ) an equatn ss ) (O Sf ' 3 Y dpnts f maj as at () and ( ) dpnts f mn as at ( 3) and ( 3) CJ ) used s lll Wte ( 3) X PERSPECTVE A gaphc desgne uses an ellpse t daw a ccle fm the hzntal pespectve The equatn ellpse PEROD Ellpses Ellpses Wte Wd Pblem Pactce Pactce» PEROD 3 33 Glce Algeba

5 : "" Sklls Pactce PEROD an equatn m Hpeblas "" (! d) 'Wte f hpebla 3 ( \ h / (t T t ) f ) H N an equatn f the hpebla that 3 V3 t( 3) satsfes H as flgth : that satsfes vetces () and ( ) cnjugate as flgth vetces ( 3) and ( 3) cnjugate as flgth vetces ( ) and ( ) cnjugate as flgth A 7 vetces () and ( ) cnjugate as flgth CO vetces (3) and (3 ) fc (:t ) ' ( 3) ( ) ) 3 T (O±7); ( ±VsS); (± ); (±'V"O); ± ±t f/ fh [ ): ' 3 Chapte ±t : :' " " Glce Algeba l \) 'OU 's!uedw ) unts ; : ( ) _ ( )!HMeJ:Pl/l UO!S!"!P e (:tv ) :; X _ f H Jf ( (3 ± V); ±t(x ' 7 \ ASTRONOMY Astnmes use specal Xa telescpes t bseve the suces f celestal X as Sme Xa telescpes ae ftted wth a metal m n the shape f a hpebla whch eflects the X as t a fcus Suppse the vetces f such a m ae lcated at (3 ) and (3 ) and ne fcus s lcated at ( ) Wte an equatn that mdels the hpebla fmed b the m X _ Chapte 3 :::: 'f a ±( 3) ) Y" ( ± VS); ( 3) _ (3 ) (3 ); ) (3) ( ); C\ ( ) _» : ""t (X) \) ( ) ( ±); ( ±VS); ± f () Fnd the cdnates f the vetces and fc and the equatns f the asmpttes f the hpebla wth the gv equatn Th gaph the hpebla (±3 ); (±3VS ); l <Q 3 and ( ) fc 7 vetces ( ) and ( 3) fc ( :t f" Fnd the cdnates f the vetces and fc and the equatns f the asmpttes f the hpebla wth the gv equatn Th gaph the hpebla vetces () v3 _ ( :; vetces ( ) and ( ) fc ( :t3) vetces ( ) and ( ) fc (3 :t set f cndtns unts set f cndtns and ( ) cnjugate (X) vetces ( 7) and ( 7) cnjugate as flgth vetces () j f\(:)\j\ f'" f the hpebla (J ( ) _ ( 3) an equatn v' \ (n() 3 [J ( 3 ) j ': 3 _ Wte Wte 3 ) :;p (3) ( ) _ 3 3 f hpebla $ an equatn ( PEROD Pactce Hpeblas Wte Glce Algeba

6 Pactce Cnc Sectns OATL PEROD Wd Pblem Pactce Cnc Sectns PEROD»\) \) (j) ):: <Q l \:) Wte equatn n standad fm State whethe the gaph f the equatn s a paabla ccle ellpse hpebla Th gaph the equatn l 3 paabla X t X7 ccle ( 3) ellpse X _ 33_ ccle X ( ) 3 3 hpebla ( 3) _ ( ) ellpse ( 3) ( 3) Wthut wtng the equatn n standad fm state whethe the gaph f equatn 7 3 ccle s a paabla ccle ellpse hpebla ccle hpebla paabla ellpse 3 ' hpebla 3 ASTRONOMY A satellte tavels n an hpeblc bt t es the vete f ts bt at ( ) and th tavels alng a path that gets clse and clse t the lne Wte an equatn that descbes the path f the satellte f the cte f ts hpeblc bt s at ( ) :; f Chapte Glce Algeba t e J t " J j MSSNG NFORMATON Rck began eadng a bk n cnc sectns He came t ths passage and dscveed an nkblt cveng pat f an equatn F eample althugh t ma nt be bvus the equanescdbes a ccle 7XWO T see that Us a Cclebseve that the Based n the nfmatn n the passage and u wn knwledge f cnc sectns what numbe s beng cveed b the nkblt? 7 HEADLGHTS The lght fm the headlght f a ca s n the shape f a cne The as fthe cne s paallel t the gund What shape des the edge f the lt egn fm n the ad assumng that the ad s flat and level? hpebla 3 REASONNG Jasn has be stugglng wth cnc sectns He decdes he needs me pactce but he needs t have a wa f makng pactce equatns He decdes t use an equatn f the fm A B whee A and B ae detemned b llng a pa f dce Afte seveal lls he begns t ealze that ths sstem s nt gd ugh because sme cnc sectns neve appea Whch tpes f cnc sectn cannt ccu usng hs methd? paablas and hpeblas ae nt pssble Chapte 7 MRROR A pante used a can f spa pant t make an mage The bunda f the mage s descbed b the equatn O Put ths equatn nt standad fm and descbe whethe the cuve s a ccle ellpse paabla hpebla (X ) ( 3) ellpse NONSTANDARD EQUATONS F Eecses 7 use the fllwng nfmatn Cnsde the equatn Ae thee an slutns f ths equatn that le n the as? n Sketch a gaph f the slutns f the equatn 7 Assumng that the equatn epests a cnc sectn based n the gaph whch tpe f cnc sectn s t? a hpebla Glce Algeba»: tn () 't tn Q) OU 'sa!uedw!hmejpv\l a UO!S!A!Pe

7 () z tlj Sklls Pactce PEROD the eact slutn(s) f ( ) ( ) sstem Slvng Quadatc Sstems f equatns 3 () ( ) Fnd the eact ( ) l 3 3 ( ) (') slutn(s) f ( 3 ( ) (3) (v' v') 7 ( ) () n slutn 3 (_V"_v') ( ) ( ) () 7 n slutn () () (3 ) () 3 () ( ) n slutn sstem f nequaltes Y ' : ;;: : 3 < a HH cdnates f pnts A andb? (3 _ f nequaltes (t ) t tn () (J) (J) (± ±V7) b gaphng 3) ( ) c ( < 3 ;;: ( B H can be mdeled b what ae the cdnates Glce Algeba GEOMETRY The tp f an n gate s shaped lke half an ellpse wth tw cngut segmts fm the cte f the ellpse t the ellpse as shwn Assume that the cte f the ellpse s at ( ) f the ellpse can be mdeled b the equatn f ;;: and the tw cngut segmts ) ( ) : (J) :::s Chapte sstem ' j) ((f 73 (3) tn (±3) n slutn 3 3 ) and (3 ) GARDENNG An ellptcal gad bed has a path fm pnt A t pnt B f the bed can be mdeled b the equatn 3 (±) t\; and the path can be mdeled b the lne what ae the J: ) X (()): n slutn (t t) ( ±VO) (3) ( 3) : () n slutn ;;: > Y Slve < < kvs ) (±3) (± ±v'3) b gaphng ( 3) ( ) 7 3 ( 3) 3 Slve 3 3 l Q" X \) f equatns X3 '7 7 CJ sstem ) 3 (3) () ( 3) n slutn X 3 3 (3) (3 ) ( ) 3( ) ( 3) 7 ( ) (3 ) 3 3 () 3 ( ) ( ) Y 3 3 PEROD Pactce Slvng Quadatc Sstems Fnd Chapte l \:) Answes v: and v: Z\ () ( ) and () f pnts A and B? 3 Glce Algeba :

is needed and this can be established by multiplying A, obtained in step 3, by, resulting V = A x y =. = x, located in 1 st quadrant rotated about 2

is needed and this can be established by multiplying A, obtained in step 3, by, resulting V = A x y =. = x, located in 1 st quadrant rotated about 2 Ct Cllege f New Yk MATH (Calculus Ntes) Page 1 f 1 Essental Calculus, nd edtn (Stewat) Chapte 7 Sectn, and 6 auth: M. Pak Chapte 7 sectn : Vlume Suface f evlutn (Dsc methd) 1) Estalsh the tatn as and the

More information

WYSE Academic Challenge Sectional Mathematics 2006 Solution Set

WYSE Academic Challenge Sectional Mathematics 2006 Solution Set WYSE Academic Challenge Sectinal 006 Slutin Set. Cect answe: e. mph is 76 feet pe minute, and 4 mph is 35 feet pe minute. The tip up the hill takes 600/76, 3.4 minutes, and the tip dwn takes 600/35,.70

More information

Phys 331: Ch 9,.6-.7 Noninertial Frames: Centrifugal and Corriolis forces 1. And and

Phys 331: Ch 9,.6-.7 Noninertial Frames: Centrifugal and Corriolis forces 1. And and Phs 331: Ch 9 6-7 Nnnetal Fames: Centfual and Cls fces 1 Mn 1/5 Wed 1/7 Thus F Mn 1/6 96-7 Fctnal Fces: Centfual and Cls 98-9 Fee-Fall Cls Fucault 101- Cente f Mass & Rtatn abut a Fed As 103-4 Rtatn abut

More information

Work, Energy, and Power. AP Physics C

Work, Energy, and Power. AP Physics C k, Eneg, and Pwe AP Phsics C Thee ae man diffeent TYPES f Eneg. Eneg is expessed in JOULES (J) 4.19 J = 1 calie Eneg can be expessed me specificall b using the tem ORK() k = The Scala Dt Pduct between

More information

Section 4.2 Radians, Arc Length, and Area of a Sector

Section 4.2 Radians, Arc Length, and Area of a Sector Sectin 4.2 Radian, Ac Length, and Aea f a Sect An angle i fmed by tw ay that have a cmmn endpint (vetex). One ay i the initial ide and the the i the teminal ide. We typically will daw angle in the cdinate

More information

Chapter 13 - Universal Gravitation

Chapter 13 - Universal Gravitation Chapte 3 - Unesal Gataton In Chapte 5 we studed Newton s thee laws of moton. In addton to these laws, Newton fomulated the law of unesal gataton. Ths law states that two masses ae attacted by a foce gen

More information

Section 3: Detailed Solutions of Word Problems Unit 1: Solving Word Problems by Modeling with Formulas

Section 3: Detailed Solutions of Word Problems Unit 1: Solving Word Problems by Modeling with Formulas Sectn : Detaled Slutns f Wrd Prblems Unt : Slvng Wrd Prblems by Mdelng wth Frmulas Example : The factry nvce fr a mnvan shws that the dealer pad $,5 fr the vehcle. If the stcker prce f the van s $5,, hw

More information

ME306 Dynamics, Spring HW1 Solution Key. AB, where θ is the angle between the vectors A and B, the proof

ME306 Dynamics, Spring HW1 Solution Key. AB, where θ is the angle between the vectors A and B, the proof ME6 Dnms, Spng HW Slutn Ke - Pve, gemetll.e. usng wngs sethes n nltll.e. usng equtns n nequltes, tht V then V. Nte: qunttes n l tpee e vets n n egul tpee e sls. Slutn: Let, Then V V V We wnt t pve tht:

More information

Physics 2A Chapter 11 - Universal Gravitation Fall 2017

Physics 2A Chapter 11 - Universal Gravitation Fall 2017 Physcs A Chapte - Unvesal Gavtaton Fall 07 hese notes ae ve pages. A quck summay: he text boxes n the notes contan the esults that wll compse the toolbox o Chapte. hee ae thee sectons: the law o gavtaton,

More information

A) (0.46 î ) N B) (0.17 î ) N

A) (0.46 î ) N B) (0.17 î ) N Phys10 Secnd Maj-14 Ze Vesin Cdinat: xyz Thusday, Apil 3, 015 Page: 1 Q1. Thee chages, 1 = =.0 μc and Q = 4.0 μc, ae fixed in thei places as shwn in Figue 1. Find the net electstatic fce n Q due t 1 and.

More information

Electric potential energy Electrostatic force does work on a particle : Potential energy (: i initial state f : final state):

Electric potential energy Electrostatic force does work on a particle : Potential energy (: i initial state f : final state): Electc ptental enegy Electstatc fce des wk n a patcle : v v v v W = F s = E s. Ptental enegy (: ntal state f : fnal state): Δ U = U U = W. f ΔU Electc ptental : Δ : ptental enegy pe unt chag e. J ( Jule)

More information

A) N B) 0.0 N C) N D) N E) N

A) N B) 0.0 N C) N D) N E) N Cdinat: H Bahluli Sunday, Nvembe, 015 Page: 1 Q1. Five identical pint chages each with chage =10 nc ae lcated at the cnes f a egula hexagn, as shwn in Figue 1. Find the magnitude f the net electic fce

More information

10/15/2013. PHY 113 C General Physics I 11 AM-12:15 PM MWF Olin 101

10/15/2013. PHY 113 C General Physics I 11 AM-12:15 PM MWF Olin 101 10/15/01 PHY 11 C Geneal Physcs I 11 AM-1:15 PM MWF Oln 101 Plan fo Lectue 14: Chapte 1 Statc equlbu 1. Balancng foces and toques; stablty. Cente of gavty. Wll dscuss elastcty n Lectue 15 (Chapte 15) 10/14/01

More information

2/4/2012. τ = Reasoning Strategy 1. Select the object to which the equations for equilibrium are to be applied. Ch 9. Rotational Dynamics

2/4/2012. τ = Reasoning Strategy 1. Select the object to which the equations for equilibrium are to be applied. Ch 9. Rotational Dynamics /4/ Ch 9. Rtatna Dynamcs In pue tansatna mtn, a pnts n an bject tae n paae paths. ces an Tques Net ce acceeatn. What causes an bject t hae an angua acceeatn? TORQUE 9. The ctn ces an Tques n Rg Objects

More information

Chapter Fifiteen. Surfaces Revisited

Chapter Fifiteen. Surfaces Revisited Chapte Ffteen ufaces Revsted 15.1 Vecto Descpton of ufaces We look now at the vey specal case of functons : D R 3, whee D R s a nce subset of the plane. We suppose s a nce functon. As the pont ( s, t)

More information

A) 100 K B) 150 K C) 200 K D) 250 K E) 350 K

A) 100 K B) 150 K C) 200 K D) 250 K E) 350 K Phys10 Secnd Maj-09 Ze Vesin Cdinat: k Wednesday, May 05, 010 Page: 1 Q1. A ht bject and a cld bject ae placed in themal cntact and the cmbinatin is islated. They tansfe enegy until they each a final equilibium

More information

Electric Charge. Electric charge is quantized. Electric charge is conserved

Electric Charge. Electric charge is quantized. Electric charge is conserved lectstatics lectic Chage lectic chage is uantized Chage cmes in incements f the elementay chage e = ne, whee n is an intege, and e =.6 x 0-9 C lectic chage is cnseved Chage (electns) can be mved fm ne

More information

MULTIPLE CHOICE. Choose the one alternative that best completes the statement or answers the question.

MULTIPLE CHOICE. Choose the one alternative that best completes the statement or answers the question. Test # Review Math (Pe -calculus) Name MULTIPLE CHOICE. Choose the one altenative that best completes the statement o answes the question. Use an identit to find the value of the epession. Do not use a

More information

Transistors. Lesson #10 Chapter 4. BME 372 Electronics I J.Schesser

Transistors. Lesson #10 Chapter 4. BME 372 Electronics I J.Schesser Tanssts essn #10 Chapte 4 BM 372 lectncs 154 Hmewk Ps. 4.40, 4.42, 4.43, 4.45, 4.46, 4.51, 4.53, 4.54, 4.56 BM 372 lectncs 155 Hmewk Answes #20 Ps. 4.40 See fgue 4.33 BM 372 lectncs 156 Ps. 4.42 Hmewk

More information

CHAPTER GAUSS'S LAW

CHAPTER GAUSS'S LAW lutins--ch 14 (Gauss's Law CHAPTE 14 -- GAU' LAW 141 This pblem is ticky An electic field line that flws int, then ut f the cap (see Figue I pduces a negative flux when enteing and an equal psitive flux

More information

Wp/Lmin. Wn/Lmin 2.5V

Wp/Lmin. Wn/Lmin 2.5V UNIVERITY OF CALIFORNIA Cllege f Engneerng Department f Electrcal Engneerng and Cmputer cences Andre Vladmrescu Hmewrk #7 EEC Due Frday, Aprl 8 th, pm @ 0 Cry Prblem #.5V Wp/Lmn 0.0V Wp/Lmn n ut Wn/Lmn.5V

More information

Example 11: The man shown in Figure (a) pulls on the cord with a force of 70

Example 11: The man shown in Figure (a) pulls on the cord with a force of 70 Chapte Tw ce System 35.4 α α 100 Rx cs 0.354 R 69.3 35.4 β β 100 Ry cs 0.354 R 111 Example 11: The man shwn in igue (a) pulls n the cd with a fce f 70 lb. Repesent this fce actin n the suppt A as Catesian

More information

6. Cascode Amplifiers and Cascode Current Mirrors

6. Cascode Amplifiers and Cascode Current Mirrors 6. Cascde plfes and Cascde Cuent Ms Seda & Sth Sec. 7 (MOS ptn (S&S 5 th Ed: Sec. 6 MOS ptn & ne fequency espnse ECE 0, Fall 0, F. Najabad Cascde aplfe s a ppula buldn blck f ICs Cascde Cnfuatn CG stae

More information

Physics 11b Lecture #2. Electric Field Electric Flux Gauss s Law

Physics 11b Lecture #2. Electric Field Electric Flux Gauss s Law Physcs 11b Lectue # Electc Feld Electc Flux Gauss s Law What We Dd Last Tme Electc chage = How object esponds to electc foce Comes n postve and negatve flavos Conseved Electc foce Coulomb s Law F Same

More information

,f. r* ++***+ i6. o+ + + o o*-+ sf*s+ *s+ *.11*"8* O,s-+ +f,. + zft*6+ *r* g**rf,*4+ (91-re

,f. r* ++***+ i6. o+ + + o o*-+ sf*s+ *s+ *.11*8*  O,s-+ +f,. + zft*6+ *r* g**rf,*4+ (91-re < t'- m U) T = i - E { - q "q( O + + + c zf,*s* +f,. +,f. * Why Des a Menaid Wea Gggles? D each execise mentally. Wite yu answe and then find it in the set f bxes unde the execise. Wite the lette f the

More information

Review of Vector Algebra and Vector Calculus Operations

Review of Vector Algebra and Vector Calculus Operations Revew of Vecto Algeba and Vecto Calculus Opeatons Tpes of vaables n Flud Mechancs Repesentaton of vectos Dffeent coodnate sstems Base vecto elatons Scala and vecto poducts Stess Newton s law of vscost

More information

Magnetism. Chapter 21

Magnetism. Chapter 21 1.1 Magnetic Fields Chapte 1 Magnetism The needle f a cmpass is pemanent magnet that has a nth magnetic ple (N) at ne end and a suth magnetic ple (S) at the the. 1.1 Magnetic Fields 1.1 Magnetic Fields

More information

THE MINING ACT RE! 41P12SWSI2*

THE MINING ACT RE! 41P12SWSI2* Mnsty f Natual Resuces THE MINING ACT RE! 41P1SWSI* T the Recde f...g.rqup.lnb... l MURGLD RESURCES INC. l, ***.-***.x*..**...*.**...,... k...,... 4... (... name f Recded Hlde CHESTER...Mnng Dvsn, T-95...

More information

CHAPTER 24 GAUSS LAW

CHAPTER 24 GAUSS LAW CHAPTR 4 GAUSS LAW LCTRIC FLUX lectic flux is a measue f the numbe f electic filed lines penetating sme suface in a diectin pependicula t that suface. Φ = A = A csθ with θ is the angle between the and

More information

2/24/2014. The point mass. Impulse for a single collision The impulse of a force is a vector. The Center of Mass. System of particles

2/24/2014. The point mass. Impulse for a single collision The impulse of a force is a vector. The Center of Mass. System of particles /4/04 Chapte 7 Lnea oentu Lnea oentu of a Sngle Patcle Lnea oentu: p υ It s a easue of the patcle s oton It s a vecto, sla to the veloct p υ p υ p υ z z p It also depends on the ass of the object, sla

More information

Announcements Candidates Visiting Next Monday 11 12:20 Class 4pm Research Talk Opportunity to learn a little about what physicists do

Announcements Candidates Visiting Next Monday 11 12:20 Class 4pm Research Talk Opportunity to learn a little about what physicists do Wed., /11 Thus., /1 Fi., /13 Mn., /16 Tues., /17 Wed., /18 Thus., /19 Fi., / 17.7-9 Magnetic Field F Distibutins Lab 5: Bit-Savat B fields f mving chages (n quiz) 17.1-11 Pemanent Magnets 18.1-3 Mic. View

More information

A. Thicknesses and Densities

A. Thicknesses and Densities 10 Lab0 The Eath s Shells A. Thcknesses and Denstes Any theoy of the nteo of the Eath must be consstent wth the fact that ts aggegate densty s 5.5 g/cm (ecall we calculated ths densty last tme). In othe

More information

The Gradient and Applications This unit is based on Sections 9.5 and 9.6, Chapter 9. All assigned readings and exercises are from the textbook

The Gradient and Applications This unit is based on Sections 9.5 and 9.6, Chapter 9. All assigned readings and exercises are from the textbook The Gadient and Applicatins This unit is based n Sectins 9.5 and 9.6 Chapte 9. All assigned eadings and eecises ae fm the tetbk Objectives: Make cetain that u can define and use in cntet the tems cncepts

More information

Differentiation Applications 1: Related Rates

Differentiation Applications 1: Related Rates Differentiatin Applicatins 1: Related Rates 151 Differentiatin Applicatins 1: Related Rates Mdel 1: Sliding Ladder 10 ladder y 10 ladder 10 ladder A 10 ft ladder is leaning against a wall when the bttm

More information

Optimization of the Electron Gun with a Permanent Ion Trap

Optimization of the Electron Gun with a Permanent Ion Trap 4.3.-178 Optmzatn f the Electn Gun wth a Pemanent In Tap We Le Xabng Zhang Jn Dng Fe Dpla Technlg R&D CenteSutheat Unvet Nangjng Chna Danel den Engelen Pduct and Pce Develpment(PPD)LG.Phlp Dpla 5600 MD

More information

Chapter 3, Solution 1C.

Chapter 3, Solution 1C. COSMOS: Cmplete Onlne Slutns Manual Organzatn System Chapter 3, Slutn C. (a If the lateral surfaces f the rd are nsulated, the heat transfer surface area f the cylndrcal rd s the bttm r the tp surface

More information

Review for the Mid-Term Exam

Review for the Mid-Term Exam Revew f the Md-Tem am A54/MA4/M 59/ Spg 8 Depatmet f Mechacal & Aespace geeg Chapte Md-Tem Revew-6 Date: Mach (Thusda), 8 Tme: :pm-:pm Place: Rm, Neddema Hall Smple devat Md-Tem am Pat : 4 pblems Smple

More information

Description Linear Angular position x displacement x rate of change of position v x x v average rate of change of position

Description Linear Angular position x displacement x rate of change of position v x x v average rate of change of position Chapte 5 Ccula Moton The language used to descbe otatonal moton s ey smla to the language used to descbe lnea moton. The symbols ae deent. Descpton Lnea Angula poston dsplacement ate o change o poston

More information

element k Using FEM to Solve Truss Problems

element k Using FEM to Solve Truss Problems sng EM t Slve Truss Prblems A truss s an engneerng structure cmpsed straght members, a certan materal, that are tpcall pn-ned at ther ends. Such members are als called tw-rce members snce the can nl transmt

More information

Hotelling s Rule. Therefore arbitrage forces P(t) = P o e rt.

Hotelling s Rule. Therefore arbitrage forces P(t) = P o e rt. Htelling s Rule In what fllws I will use the tem pice t dente unit pfit. hat is, the nminal mney pice minus the aveage cst f pductin. We begin with cmpetitin. Suppse that a fim wns a small pa, a, f the

More information

ME 3600 Control Systems Frequency Domain Analysis

ME 3600 Control Systems Frequency Domain Analysis ME 3600 Cntl Systems Fequency Dmain Analysis The fequency espnse f a system is defined as the steady-state espnse f the system t a sinusidal (hamnic) input. F linea systems, the esulting utput is itself

More information

ELECTROMAGNETIC INDUCTION PREVIOUS EAMCET BITS

ELECTROMAGNETIC INDUCTION PREVIOUS EAMCET BITS P P Methd EECTOMAGNETIC INDUCTION PEVIOUS EAMCET BITS [ENGINEEING PAPE]. A cnduct d f length tates with angula speed ω in a unifm magnetic field f inductin B which is pependicula t its mtin. The induced

More information

Physics 107 HOMEWORK ASSIGNMENT #20

Physics 107 HOMEWORK ASSIGNMENT #20 Physcs 107 HOMEWORK ASSIGNMENT #0 Cutnell & Jhnsn, 7 th etn Chapter 6: Prblems 5, 7, 74, 104, 114 *5 Cncept Smulatn 6.4 prves the ptn f explrng the ray agram that apples t ths prblem. The stance between

More information

Section 8.1 Exercises

Section 8.1 Exercises Secton 8.1 Non-rght Trangles: Law of Snes and Cosnes 519 Secton 8.1 Exercses Solve for the unknown sdes and angles of the trangles shown. 10 70 50 1.. 18 40 110 45 5 6 3. 10 4. 75 15 5 6 90 70 65 5. 6.

More information

T-model: - + v o. v i. i o. v e. R i

T-model: - + v o. v i. i o. v e. R i T-mdel: e gm - V Rc e e e gme R R R 23 e e e gme R R The s/c tanscnductance: G m e m g gm e 0 The nput esstance: R e e e e The utput esstance: R R 0 /c unladed ltage gan, R a g R m e gmr e 0 m e g me e/e

More information

< < or a. * or c w u. "* \, w * r? ««m * * Z * < -4 * if # * « * W * <r? # *» */>* - 2r 2 * j j. # w O <» x <» V X * M <2 * * * *

< < or a. * or c w u. * \, w * r? ««m * * Z * < -4 * if # * « * W * <r? # *» */>* - 2r 2 * j j. # w O <» x <» V X * M <2 * * * * - W # a a 2T. mj 5 a a s " V l UJ a > M tf U > n &. at M- ~ a f ^ 3 T N - H f Ml fn -> M - M. a w ma a Z a ~ - «2-5 - J «a -J -J Uk. D tm -5. U U # f # -J «vfl \ \ Q f\ \ y; - z «w W ^ z ~ ~ / 5 - - ^

More information

Rigid Bodies: Equivalent Systems of Forces

Rigid Bodies: Equivalent Systems of Forces Engneeng Statcs, ENGR 2301 Chapte 3 Rgd Bodes: Equvalent Sstems of oces Intoducton Teatment of a bod as a sngle patcle s not alwas possble. In geneal, the se of the bod and the specfc ponts of applcaton

More information

Physics 1501 Lecture 19

Physics 1501 Lecture 19 Physcs 1501 ectue 19 Physcs 1501: ectue 19 Today s Agenda Announceents HW#7: due Oct. 1 Mdte 1: aveage 45 % Topcs otatonal Kneatcs otatonal Enegy Moents of Ineta Physcs 1501: ectue 19, Pg 1 Suay (wth copason

More information

1. Show that the volume of the solid shown can be represented by the polynomial 6x x.

1. Show that the volume of the solid shown can be represented by the polynomial 6x x. 7.3 Dividing Polynomials by Monomials Focus on Afte this lesson, you will be able to divide a polynomial by a monomial Mateials algeba tiles When you ae buying a fish tank, the size of the tank depends

More information

Chapter 3 Vector Integral Calculus

Chapter 3 Vector Integral Calculus hapte Vecto Integal alculus I. Lne ntegals. Defnton A lne ntegal of a vecto functon F ove a cuve s F In tems of components F F F F If,, an ae functon of t, we have F F F F t t t t E.. Fn the value of the

More information

Physics 207 Lecture 16

Physics 207 Lecture 16 Physcs 07 Lectue 6 Goals: Lectue 6 Chapte Extend the patcle odel to gd-bodes Undestand the equlbu of an extended object. Analyze ollng oton Undestand otaton about a fxed axs. Eploy consevaton of angula

More information

Conduction Heat Transfer

Conduction Heat Transfer Cnductn Heat Transfer Practce prblems A steel ppe f cnductvty 5 W/m-K has nsde and utsde surface temperature f C and 6 C respectvely Fnd the heat flw rate per unt ppe length and flux per unt nsde and per

More information

PHY126 Summer Session I, 2008

PHY126 Summer Session I, 2008 PHY6 Summe Sesson I, 8 Most of nfomaton s avalable at: http://nngoup.phscs.sunsb.edu/~chak/phy6-8 ncludng the sllabus and lectue sldes. Read sllabus and watch fo mpotant announcements. Homewok assgnment

More information

Physics Exam II Chapters 25-29

Physics Exam II Chapters 25-29 Physcs 114 1 Exam II Chaptes 5-9 Answe 8 of the followng 9 questons o poblems. Each one s weghted equally. Clealy mak on you blue book whch numbe you do not want gaded. If you ae not sue whch one you do

More information

EEE2146 Microelectronics Circuit Analysis and Design. MIC2: Investigation of Amplifier Parameters of a Common-Collector Amplifier

EEE2146 Microelectronics Circuit Analysis and Design. MIC2: Investigation of Amplifier Parameters of a Common-Collector Amplifier EEE2146 Mcelectncs Ccut Analyss and Desgn Expement MIC2 MIC2: Inestgatn f Amplfe Paametes f a Cmmn-Cllect Amplfe Ttal Pecentage: 5% (Fm 40% Cusewk Mak) 1. Objecte T nestgate the ltage and cuent gans and

More information

Cork Institute of Technology. Spring 2005 DCE 3.5 Thermodynamics & Heat Transfer (Time: 3 Hours) Section A

Cork Institute of Technology. Spring 2005 DCE 3.5 Thermodynamics & Heat Transfer (Time: 3 Hours) Section A Ck Insttute f echnlgy Bachel f Engneeng (Hnus) n Chemcal and Pcess Engneeng Stage 3 Bachel f Engneeng n Chemcal and Pcess Engneeng Stage 3 (NFQ Level 8) Spng 005 DCE 3.5 hemdynamcs & Heat ansfe (me: 3

More information

COLLEGE OF FOUNDATION AND GENERAL STUDIES PUTRAJAYA CAMPUS FINAL EXAMINATION TRIMESTER /2017

COLLEGE OF FOUNDATION AND GENERAL STUDIES PUTRAJAYA CAMPUS FINAL EXAMINATION TRIMESTER /2017 COLLEGE OF FOUNDATION AND GENERAL STUDIES PUTRAJAYA CAMPUS FINAL EXAMINATION TRIMESTER 1 016/017 PROGRAMME SUBJECT CODE : Foundaton n Engneeng : PHYF115 SUBJECT : Phscs 1 DATE : Septembe 016 DURATION :

More information

SHORT ANSWER. Write the word or phrase that best completes each statement or answers the question.

SHORT ANSWER. Write the word or phrase that best completes each statement or answers the question. Math Pecalculus Ch. 6 Review Name SHORT ANSWER. Wite the wod o phase that best completes each statement o answes the question. Solve the tiangle. ) ) 6 7 0 Two sides and an angle (SSA) of a tiangle ae

More information

MEM202 Engineering Mechanics Statics Course Web site:

MEM202 Engineering Mechanics Statics Course Web site: 0 Engineeing Mechanics - Statics 0 Engineeing Mechanics Statics Cuse Web site: www.pages.dexel.edu/~cac54 COUSE DESCIPTION This cuse cves intemediate static mechanics, an extensin f the fundamental cncepts

More information

Remember: When an object falls due to gravity its potential energy decreases.

Remember: When an object falls due to gravity its potential energy decreases. Chapte 5: lectc Potental As mentoned seveal tmes dung the uate Newton s law o gavty and Coulomb s law ae dentcal n the mathematcal om. So, most thngs that ae tue o gavty ae also tue o electostatcs! Hee

More information

Chapter 5 Trigonometric Functions

Chapter 5 Trigonometric Functions Chapte 5 Tignmetic Functins Sectin 5.2 Tignmetic Functins 5-5. Angles Basic Teminlgy Degee Measue Standad Psitin Cteminal Angles Key Tems: vetex f an angle, initial side, teminal side, psitive angle, negative

More information

hitt Phy2049: Magnetism 6/10/2011 Magnetic Field Units Force Between Two Parallel Currents Force Between Two Anti-Parallel Currents

hitt Phy2049: Magnetism 6/10/2011 Magnetic Field Units Force Between Two Parallel Currents Force Between Two Anti-Parallel Currents 6/0/0 Phy049: Magsm Last lectue: t-avat s and Ampee s law: Magc eld due t a staght we Cuent lps (whle bts)and slends Tday: emnde and aaday s law. htt Tw lng staght wes pece the plane f the pape at vetces

More information

Chapter I Matrices, Vectors, & Vector Calculus 1-1, 1-9, 1-10, 1-11, 1-17, 1-18, 1-25, 1-27, 1-36, 1-37, 1-41.

Chapter I Matrices, Vectors, & Vector Calculus 1-1, 1-9, 1-10, 1-11, 1-17, 1-18, 1-25, 1-27, 1-36, 1-37, 1-41. Chapte I Matces, Vectos, & Vecto Calculus -, -9, -0, -, -7, -8, -5, -7, -36, -37, -4. . Concept of a Scala Consde the aa of patcles shown n the fgue. he mass of the patcle at (,) can be epessed as. M (,

More information

Exercises for Frequency Response. ECE 102, Fall 2012, F. Najmabadi

Exercises for Frequency Response. ECE 102, Fall 2012, F. Najmabadi Eecses Fequency espnse EE 0, Fall 0, F. Najabad Eecse : Fnd the d-band an and the lwe cut- equency the aple belw. µ n (W/ 4 A/, t 0.5, λ 0, 0 µf, and µf Bth capacts ae lw- capacts. F. Najabad, EE0, Fall

More information

Shell Stiffness for Diffe ent Modes

Shell Stiffness for Diffe ent Modes Engneerng Mem N 28 February 0 979 SUGGESTONS FOR THE DEFORMABLE SUBREFLECTOR Sebastan vn Herner Observatns wth the present expermental versn (Engneerng Dv nternal Reprt 09 July 978) have shwn that a defrmable

More information

Chapter 5 Circular Motion

Chapter 5 Circular Motion Chapte 5 Ccula Moton In a gd body, the dstances between the pats o the body eman constant. We begn nestgatng the otaton o a gd body. We conclude ou nestgaton n Chapte 8. The language used to descbe otatonal

More information

Solution: (a) C 4 1 AI IC 4. (b) IBC 4

Solution: (a) C 4 1 AI IC 4. (b) IBC 4 C A C C R A C R C R C sin 9 sin. A cuent f is maintaine in a single cicula lp f cicumfeence C. A magnetic fiel f is iecte paallel t the plane f the lp. (a) Calculate the magnetic mment f the lp. (b) What

More information

Exercises H /OOA> f Wo AJoTHS l^»-l S. m^ttrt /A/ ?C,0&L6M5 INFERENCE FOR DISTRIBUTIONS OF CATEGORICAL DATA. tts^e&n tai-ns 5 2%-cas-hews^, 27%

Exercises H /OOA> f Wo AJoTHS l^»-l S. m^ttrt /A/ ?C,0&L6M5 INFERENCE FOR DISTRIBUTIONS OF CATEGORICAL DATA. tts^e&n tai-ns 5 2%-cas-hews^, 27% /A/ mttrt?c,&l6m5 INFERENCE FOR DISTRIBUTIONS OF CATEGORICAL DATA Exercses, nuts! A cmpany clams that each batch f ttse&n ta-ns 5 2%-cas-hews, 27% almnds, 13% macadama nuts, and 8% brazl nuts. T test ths

More information

Scalars and Vectors Scalar

Scalars and Vectors Scalar Scalas and ectos Scala A phscal quantt that s completel chaacteed b a eal numbe (o b ts numecal value) s called a scala. In othe wods a scala possesses onl a magntude. Mass denst volume tempeatue tme eneg

More information

CS579 - Homework 2. Tu Phan. March 10, 2004

CS579 - Homework 2. Tu Phan. March 10, 2004 I! CS579 - Hmewk 2 Tu Phan Mach 10, 2004 1 Review 11 Planning Pblem and Plans The planning pblem we ae cnsideing is a 3-tuple descibed in the language whse syntax is given in the bk, whee is the initial

More information

Active Load. Reading S&S (5ed): Sec. 7.2 S&S (6ed): Sec. 8.2

Active Load. Reading S&S (5ed): Sec. 7.2 S&S (6ed): Sec. 8.2 cte La ean S&S (5e: Sec. 7. S&S (6e: Sec. 8. In nteate ccuts, t s ffcult t fabcate essts. Instea, aplfe cnfuatns typcally use acte las (.e. las ae w acte eces. Ths can be ne usn a cuent suce cnfuatn,.e.

More information

1. A body will remain in a state of rest, or of uniform motion in a straight line unless it

1. A body will remain in a state of rest, or of uniform motion in a straight line unless it Pncples of Dnamcs: Newton's Laws of moton. : Foce Analss 1. A bod wll eman n a state of est, o of unfom moton n a staght lne unless t s acted b etenal foces to change ts state.. The ate of change of momentum

More information

SHORT ANSWER. Write the word or phrase that best completes each statement or answers the question.

SHORT ANSWER. Write the word or phrase that best completes each statement or answers the question. Chapte 7-8 Review Math 1316 Name SHORT ANSWER. Wite the wod o phase that best completes each statement o answes the question. Solve the tiangle. 1) B = 34.4 C = 114.2 b = 29.0 1) Solve the poblem. 2) Two

More information

AP Physics Kinematic Wrap Up

AP Physics Kinematic Wrap Up AP Physics Kinematic Wrap Up S what d yu need t knw abut this mtin in tw-dimensin stuff t get a gd scre n the ld AP Physics Test? First ff, here are the equatins that yu ll have t wrk with: v v at x x

More information

Radian Measure CHAPTER 5 MODELLING PERIODIC FUNCTIONS

Radian Measure CHAPTER 5 MODELLING PERIODIC FUNCTIONS 5.4 Radian Measue So fa, ou hae measued angles in degees, with 60 being one eolution aound a cicle. Thee is anothe wa to measue angles called adian measue. With adian measue, the ac length of a cicle is

More information

https://goo.gl/eaqvfo SUMMER REV: Half-Life DUE DATE: JULY 2 nd

https://goo.gl/eaqvfo SUMMER REV: Half-Life DUE DATE: JULY 2 nd NAME: DUE DATE: JULY 2 nd AP Chemistry SUMMER REV: Half-Life Why? Every radiistpe has a characteristic rate f decay measured by its half-life. Half-lives can be as shrt as a fractin f a secnd r as lng

More information

Escape Velocity. GMm ] B

Escape Velocity. GMm ] B 1 PHY2048 Mach 31, 2006 Escape Velocity Newton s law of gavity: F G = Gm 1m 2 2, whee G = 667 10 11 N m 2 /kg 2 2 3 10 10 N m 2 /kg 2 is Newton s Gavitational Constant Useful facts: R E = 6 10 6 m M E

More information

UNIT10 PLANE OF REGRESSION

UNIT10 PLANE OF REGRESSION UIT0 PLAE OF REGRESSIO Plane of Regesson Stuctue 0. Intoducton Ojectves 0. Yule s otaton 0. Plane of Regesson fo thee Vaales 0.4 Popetes of Resduals 0.5 Vaance of the Resduals 0.6 Summay 0.7 Solutons /

More information

Exam 1. Sept. 22, 8:00-9:30 PM EE 129. Material: Chapters 1-8 Labs 1-3

Exam 1. Sept. 22, 8:00-9:30 PM EE 129. Material: Chapters 1-8 Labs 1-3 Eam ept., 8:00-9:30 PM EE 9 Mateal: Chapte -8 Lab -3 tandadzaton and Calbaton: Ttaton: ue of tandadzed oluton to detemne the concentaton of an unknown. Rele on a eacton of known tochomet, a oluton wth

More information

5/20/2011. HITT An electron moves from point i to point f, in the direction of a uniform electric field. During this displacement:

5/20/2011. HITT An electron moves from point i to point f, in the direction of a uniform electric field. During this displacement: 5/0/011 Chapte 5 In the last lectue: CapacitanceII we calculated the capacitance C f a system f tw islated cnducts. We als calculated the capacitance f sme simple gemeties. In this chapte we will cve the

More information

ALL QUESTIONS ARE WORTH 20 POINTS. WORK OUT FIVE PROBLEMS.

ALL QUESTIONS ARE WORTH 20 POINTS. WORK OUT FIVE PROBLEMS. GNRAL PHYSICS PH -3A (D. S. Mov) Test (/3/) key STUDNT NAM: STUDNT d #: -------------------------------------------------------------------------------------------------------------------------------------------

More information

SPH3U1 Lesson 06 Kinematics

SPH3U1 Lesson 06 Kinematics PROJECTILE MOTION LEARNING GOALS Students will: Describe the mtin f an bject thrwn at arbitrary angles thrugh the air. Describe the hrizntal and vertical mtins f a prjectile. Slve prjectile mtin prblems.

More information

(8) Gain Stage and Simple Output Stage

(8) Gain Stage and Simple Output Stage EEEB23 Electoncs Analyss & Desgn (8) Gan Stage and Smple Output Stage Leanng Outcome Able to: Analyze an example of a gan stage and output stage of a multstage amplfe. efeence: Neamen, Chapte 11 8.0) ntoducton

More information

In the OLG model, agents live for two periods. they work and divide their labour income between consumption and

In the OLG model, agents live for two periods. they work and divide their labour income between consumption and 1 The Overlapping Generatins Mdel (OLG) In the OLG mdel, agents live fr tw perids. When ung the wrk and divide their labur incme between cnsumptin and savings. When ld the cnsume their savings. As the

More information

Physics 201 Lecture 4

Physics 201 Lecture 4 Phscs 1 Lectue 4 ltoda: hapte 3 Lectue 4 v Intoduce scalas and vectos v Peom basc vecto aleba (addton and subtacton) v Inteconvet between atesan & Pola coodnates Stat n nteestn 1D moton poblem: ace 9.8

More information

Summary chapter 4. Electric field s can distort charge distributions in atoms and molecules by stretching and rotating:

Summary chapter 4. Electric field s can distort charge distributions in atoms and molecules by stretching and rotating: Summa chapte 4. In chapte 4 dielectics ae discussed. In thse mateials the electns ae nded t the atms mlecules and cannt am fee thugh the mateial: the electns in insulats ae n a tight leash and all the

More information

This section is primarily focused on tools to aid us in finding roots/zeros/ -intercepts of polynomials. Essentially, our focus turns to solving.

This section is primarily focused on tools to aid us in finding roots/zeros/ -intercepts of polynomials. Essentially, our focus turns to solving. Sectin 3.2: Many f yu WILL need t watch the crrespnding vides fr this sectin n MyOpenMath! This sectin is primarily fcused n tls t aid us in finding rts/zers/ -intercepts f plynmials. Essentially, ur fcus

More information

5.1 Moment of a Force Scalar Formation

5.1 Moment of a Force Scalar Formation Outline ment f a Cuple Equivalent System Resultants f a Fce and Cuple System ment f a fce abut a pint axis a measue f the tendency f the fce t cause a bdy t tate abut the pint axis Case 1 Cnside hizntal

More information

Here is instructions on how to use the simulation program.(the first simulation is used in question 5)

Here is instructions on how to use the simulation program.(the first simulation is used in question 5) Larmr Precessin Tutrial Here is instructins n hw t use the simulatin prgram.(the first simulatin is used in questin 5). Duble click the file sp_spins. On the tp f the new windw, click File Open Internal

More information

OBJECTIVE To investigate the parallel connection of R, L, and C. 1 Electricity & Electronics Constructor EEC470

OBJECTIVE To investigate the parallel connection of R, L, and C. 1 Electricity & Electronics Constructor EEC470 Assignment 7 Paallel Resnance OBJECTIVE T investigate the paallel cnnectin f R,, and C. EQUIPMENT REQUIRED Qty Appaatus 1 Electicity & Electnics Cnstuct EEC470 1 Basic Electicity and Electnics Kit EEC471-1

More information

LEAP FROG TECHNIQUE. Operational Simulation of LC Ladder Filters ECEN 622 (ESS) TAMU-AMSC

LEAP FROG TECHNIQUE. Operational Simulation of LC Ladder Filters ECEN 622 (ESS) TAMU-AMSC LEAP FOG TEHNQUE Opeatnal Smulatn f L Ladde Fltes L pttype lw senstvty One fm f ths technque s called Leapf Technque Fundamental Buldn Blcks ae - nteats - Secnd-de ealzatns Fltes cnsdeed - LP - BP - HP

More information

Practice Problems Test 3

Practice Problems Test 3 Pactice Poblems Test ********************************************************** ***NOTICE - Fo poblems involving ʺSolve the Tiangleʺ the angles in this eview ae given by Geek lettes: A = α B = β C = γ

More information

Engineering Mechanics. Force resultants, Torques, Scalar Products, Equivalent Force systems

Engineering Mechanics. Force resultants, Torques, Scalar Products, Equivalent Force systems Engneeng echancs oce esultants, Toques, Scala oducts, Equvalent oce sstems Tata cgaw-hll Companes, 008 Resultant of Two oces foce: acton of one bod on anothe; chaacteed b ts pont of applcaton, magntude,

More information

Final Exam Spring 2014 SOLUTION

Final Exam Spring 2014 SOLUTION Appled Opts H-464/564 C 594 rtland State nverst A. La Rsa Fnal am Sprng 14 SOLTION Name There are tw questns 1%) plus an ptnal bnus questn 1%) 1. Quarter wave plates and half wave plates The fgures belw

More information

Physic 231 Lecture 33

Physic 231 Lecture 33 Physc 231 Lecture 33 Man pnts f tday s lecture: eat and heat capacty: Q cm Phase transtns and latent heat: Q Lm ( ) eat flw Q k 2 1 t L Examples f heat cnductvty, R values fr nsulatrs Cnvectn R L / k Radatn

More information

Derivation of the Differential Forms of the Conservation Laws Momentum

Derivation of the Differential Forms of the Conservation Laws Momentum Deatn f the Dffeental Fms f the Cnseatn Las Mmentm Aach t Deng the Dffeental Fms f the Cnseatn Las. Wte t the la f a sstem f atcles DNss D ηd Dt Dt. Rete the la n tems f a cntl lme sng the R.T.T. and Lebn

More information

Precalculus A. Semester Exam Review

Precalculus A. Semester Exam Review Precalculus A 015-016 MCPS 015 016 1 The semester A eaminatin fr Precalculus cnsists f tw parts. Part 1 is selected respnse n which a calculatr will NOT be allwed. Part is shrt answer n which a calculatr

More information

Physics 207 Lecture 5. Lecture 5

Physics 207 Lecture 5. Lecture 5 Lectue 5 Goals: Addess sstems with multiple acceleations in 2- dimensions (including linea, pojectile and cicula motion) Discen diffeent efeence fames and undestand how the elate to paticle motion in stationa

More information

MAP4C1 Exam Review. 4. Juno makes and sells CDs for her band. The cost, C dollars, to produce n CDs is given by. Determine the cost of making 150 CDs.

MAP4C1 Exam Review. 4. Juno makes and sells CDs for her band. The cost, C dollars, to produce n CDs is given by. Determine the cost of making 150 CDs. MAP4C1 Exam Review Exam Date: Time: Room: Mak Beakdown: Answe these questions on a sepaate page: 1. Which equations model quadatic elations? i) ii) iii) 2. Expess as a adical and then evaluate: a) b) 3.

More information

i;\-'i frz q > R>? >tr E*+ [S I z> N g> F 'x sa :r> >,9 T F >= = = I Y E H H>tr iir- g-i I * s I!,i --' - = a trx - H tnz rqx o >.F g< s Ire tr () -s

i;\-'i frz q > R>? >tr E*+ [S I z> N g> F 'x sa :r> >,9 T F >= = = I Y E H H>tr iir- g-i I * s I!,i --' - = a trx - H tnz rqx o >.F g< s Ire tr () -s 5 C /? >9 T > ; '. ; J ' ' J. \ ;\' \.> ). L; c\ u ( (J ) \ 1 ) : C ) (... >\ > 9 e!) T C). '1!\ /_ \ '\ ' > 9 C > 9.' \( T Z > 9 > 5 P + 9 9 ) :> : + (. \ z : ) z cf C : u 9 ( :!z! Z c (! $ f 1 :.1 f.

More information