Cha Cha - 4/4, 30~32 bpm - Level 3 Sequence

Size: px
Start display at page:

Download "Cha Cha - 4/4, 30~32 bpm - Level 3 Sequence"

Transcription

1 Cha Cha - 4/4, 30~32 bpm - Level 3 Sequence Closed Basic 1c LR LRL 1.2 Nat. Top 13 R xb L RLR-LR xb LRL-R xb L RLR c 1.3 Adv Hip Twist 24 L f R L b R x L b -R b L R s L c R s 1.4 Hockey Stick 12 LR L c R c L c -RL R f LR Open Basic 1o L f R L b R c L b 2.2 Foot Change 1 (RSP End) 29a R b L R df L fx 2.3 Closed Basic/Open Basic/Spot Turn/3 Cha Chas/Runs/ Time Steps/Cuban Breaks 2.4 Foot Change 2 (Open End)29b R b L R df L fx Open Basic (R 2 R Hold) 1o R b L R f L c R f 3.1 Turkish Towel (End Open)26 L f R L c R c L c -R b L R c L c R s - L b R L s R c L s -R b L R s L c R s - L b R L s R c L s -R b L R f LR f 3.2 Follow My Leader 28 L f R L c R c L c -R bx L s R f L fx R f - L f R f R f L fx R f -R f L f R f L fx R f - L f R f R f L fx R f -R b L R s L c R s 3.3 Sweetheart 27 L f R L s R c L s -R f L R s L c R s - L f R L s R c L s -R b L R f L fx R f - L f R L f R fx L f -R c L R s L c R s 4.1 Alemana 11 L f R L c R c L c -R b L R c L c R c 4.2 Hip Twist Spiral (Op CPP)25 L f R L rb R c L s -R b L R f L fx R f 4.3 New York LSP & RSP 2 LR LRL-RL RLR Open Basic 1oR L f R L b R c L b 5.2 Foot Change 3 (RShP End)29c R b L R df L c R df -L f R cnw R s L c R s 5.3 Closed Basic/Open Basic/Spot Turn/3 Cha Chas/Runs/ Time Steps/Cuban Breaks 5.4 Foot Change 4 (Open End)29d R b L R df L c R df -L f R cnw R s L c R s Open Basic 1oR L f R L b R c L b Closed Bacic 1cR R b L R s L c R s 6.1 Goto 1.1 Foot Change 1 (Lady: 6-10 Open Basic) Foot Change 2 (Lady: 1-5 Open Basic) Foot Change 3 (Lady: 6-10 Open Basic Closed Basic) Foot Change 4 (Lady: 1-5 Open Basic Closed Basic) Fellow.1

2 Rumba - 4/4, 25~27 bpm - Level 3 Sequence Closed Basic 1c L f RL s 1.2 Nat. Top 13 R xb LR xb -LR xb L-R xb LR c 1.3 Adv. Hip Twist (End Fan) 26a L f RL xb -R b LR s 1.4 Sliding Door 22 L f RL c -R xb L fl R c -L s RL c -R s LR c 1.5 Prog. Walks Fwd in RShP 7 L b R f L f or L b R f L f -R f L f R f -L f R f L f (Hold 2 or 3) Fan Ending 10 R b LR s (Men: 1/8L, Lady: 7/8L) 1-5 Basic -> Nat, Top -> Adv. Hip Twist -> Sliding Door -> Prog. Walks Fwd in RSP -> 4-6 Fan Hockey Stick 12 LR L f RL c -R b LR f 2.2 Three Threes 24 L f RL c -R b LR c -L df RL c -R b LR c 2.3 Fan 10R LRL-RLR 2.4 Three Alemanas (End Cl.) 25 L f RL c -R b L f R c -L s RL c -R b LR c Hockey Stick -> Three Threes -> Fan -> Three Alemanas Fan 10R LRL-RLR 3.2 Alemana 11R L f RL c -R b LR c 3.3 Continuous Hip Twist 26b L f RL xb -R db LR f 3.4 Circular Hip Twist 26c L f RL xb -R sb L xb R s -L xb R s L xb Adv. Hip Twist 26a R b LR s (End Fan) Fan -> Alemana -> Continuous Hip Twist -> Circular Hip Twist -> 4-6 Adv. Hip Twist Fencing (End Open CPP) 23 L f RL sp -R fxp LR s 4.2 Spot Turns to R & L 4 L f R f L f -R f L f R f Fencing -> Spot Turns to R & L Goto 1.1 Fellow.2

3 Paso Doble - 2/4, 60~62 bpm - Level 3 Sequence 1.1 Sur Place 1 ^ ^ 1-8 RLRLRLRL 1.2 Tra. Spins fr PP (PP End) 26 ^ \ 1-8 R a L sp R fx L sp R fx L sp R fx L s 1.3 Huit 12 \ ^ 1-8 R fp L c -RLRLRL 1.4 Travel Spins from CPP 27 ^ < 1-12 R a L s R f L bs R s L fx R s L fx - R fs L s R fx L c Sur Place -> Travel Spins from PP -> Huit -> Travel Spins fr CPP Syn. Sep. (End Untwist) 25 < \ 1-16 R a L f R c L R xb L xb R xb L xb - ( a1a2 3&4-5678) R c L sp L c R sp R b L sf R f - RRRR w 2.2 Syn. Sep. Ending 3 Drag 25 \ < 1-4 L f R s L nw L cw Sur Place 1/4R 1R < ^ 1-4 RLRL Syn. Separation -> Syn. Sep. Ending 3 Drag -> 4 Sur Place Twists 29 ^ / 1-12 R a L sp R fp L sb R xb LR f (1234 5&6 7 8-&1 2 3&4) L s R xb -L R f L s R xb LR c Syn. Sur Place 1/8R 1R / < 1-4 LRLR 3.3 LF Variation < < 1-8 L f R f L f -R f R c -L s L c -R s L c Open Telemark (Slip) 16 < \ 1234 R a L f R s L fp === Hightlights End Here == Twists -> 4 Syn. Sur Palce -> LF Variation -> 1-4 Open Telemark Open Telemark (Slip) 16 \ < 1-4 R fp L c R s L c Sur Place 1/4R 1R < ^ 5-8 RLRL 4.3 Fregolina 28 ^ v 1-28 R a L sp R fp L sb R b L b R c L c - LLLLLLLL-LLLLLRL b R cnw - LLR s L c Sur Place 1R v v 1-4 RLRL 4.5 Chasse Cape (Sp Line ICPP)30 v \ 1-20 R sb L b R L s R c L sb R b L R s - (123 4& &1 23 4& ) L c R sb L b R L s R c L sb R b LR fr -L fxnw L nw L nw L nw 4.6 Chasse Cape Ending 1 30 \ v 1-4 L f R cnw R s L c 4.7 Sur Place 1/2R 1R v ^ 1-8 RLRLRLRL 5-8 Open Telemark -> 4 Sur Place -> Fregolina -> 4 Sur Place -> Chasse Cape -> Chasse Cape Ending 1 -> Sur Place Goto 1.1 Fellow.3

4 Jive - 4/4, 42~44 bpm - Level 3 Sequence 1.1 Basic in Place 1 ^ c ^ c L c R-L s R c L s -R s L c R s 1.2 Stk Walks, Flick & Break27 ^ c \ c L fall R- (QQ-QQ QQ QQ-) L dfnw L R fxnw R L dfnw L- (QQ QQ QQ QQ-) R fx R c L fx L c R fx R c L fx L c - (QQ QaQ) R fx R-RLR Overturn Fall Throw 3 \ c < o L f R c L f -R f L c R f 2.1 Chicken Walks (QQQQ) 25 < o < o L b R b L b R b (Men LH Push/Pull/Push/...) Fallaway Throwaway 3R < o / o L f R c L f -R f L c R f 2.3 Change of Place L to R 6 / o ^ o L b R-LRL-R f L c R f (End RH 2 RH Hold) 3.1 Catapuit 26 ^ o ^ o L b R-L c R c L c -R c L c R c - (End RH 2 RH Hold) L f R-L c R c L c -R c L c R c 3.2 Chugging 24 ^ o > o L b R-L c R c L c -R s L c R s - (End L to R Hold) L b R c L s -R s L c R s - L b R c L s -R s L c R s 3.3 Change of Hands Behind 7R > o < o L b R-L f R c L f -R t L t R t 4.1 Change of Place L to R 6 < o ^ o L b R-LRL-R f L c R f (End Double Hand Hold) 4.2 Toe Heel Swivels 23 ^ o \ o L b R-L ctnw L hnw L fx - R ctnw R hnw R fx Fallaway Throwaway 3R \ o < o L f R c L f -R f L c R f 4.4 Ch of Place L to R 1/4R 6R < o ^ o L b R-LRL-R f L c R f (End RH 2 RH Hold) 4.5 Shoulder Spin 22 ^ o v o L b R-L f R c L f -R c L c R c - L b R-L f R c L f -R c L c R c 4.6 Change of Hands Behind 7R v o ^ o L b R-L f R c L f -R t L t R t Link 4 ^ o > c L b R-L f RL f 5.2 Whip 3/4R 0 (End Face) 13 > c ^ c R xb L s -R s L c R s 5.3 Curly Whip 21 ^ c v c L f R-LRL 5.4 Whip 3/4R 0 (End Faway) 13R v c > c R xb L s -R s L c R s 5.5 Fallaway Throwaway 3R > c ^ o L fall R-L f R c L f -R f L c R f 5.6 Link 4R ^ o ^ c L b R-L f RL f -R s L c R s 6.1 Goto 1.1 Fellow.4

5 Samba - 2/4, 48~50 bpm (60 for Comp)- Level 3 Sequence Rev. Basic 1/8L 1b \ < 1a2 L f RL 1,2 Nat. Roll 26 < < SQQ-SQQ RLR-LRL Nat. Basic 1a < < 1a2 R f LR 1.4 Rev. Roll (Underturn) 27 < ^ SQQ-SQQ LRL-RLR 2.1 Bota Fogo to PP (End PP)9 ^ \ 1a2 LRL 2.2 Foot Ch. 5 (PP to RCP) 12e \ \ 1a2 R f RL Point Fwd & Bk/Rock Fwd & Bk/Double Rock/Flick Ball Change 2.3 Roundabout to R 25r \ 1a2a1-a2 RLRLR-LR 2.4 Roundabout to L 25l \ 1a2a1-a2 LRLRL-RL 2.5 RF Contra Bota Fogo 24r \ 1a2 RLR 2.6 LF Contra Bota Fogo 24l \ 1a2 LRL 2.7 Foot Ch. 6 (RCP to PP) 12f \ \ 1a2 R fp R dbnw L Point Fwd & Bk/Rock Fwd & Bk/Double Rock/Flick Ball Change 2.8 RF Samba Walk/Side Walk 3a/b \ \ 1a2 RLR 3.1 L Whisk 1/8R 2a \ ^ 1a2 LRL 3.2 Prom & C Prom Runs 1/8L 28 ^ \ 1a2-1a2-1a2 R s LR f - L bs R s L fx - R f L s R fx Step Turn (LF St Walk) 29 \ / 1a2 L c R b L (Lady Move to Men s Left) 3.4 Locks (End Open CPP) 30 / / QQS-QQS- RLR-LRL (out-in-out-in) QQS-QQS RLR-LRL Criss X Voltas 10 / < 1a2a3a4 RLRLRLR (End Double Hand Hold) (Lady Move to Men s Right) 3.6 LF & RF Walk in RSP 3a < < 1a2-1a2 LRL-RLR Fellow.5

6 Rolling off Arm 20R < < 1a2 L s R xb L 4.2 Foot Ch. 1/8 1/8L 12a/h < / 1a2 R s RL sfw (RSP to RShP) 4.3 Cruz. Walks & Locks 31 / / SS-QQS RL RLR- (Lady on Men s Right) SS-QQS LR LRL 4.4 Foot Ch. 2/4 12b/d / \ 1a2 R f RL cw (RhSP to Cl) 4.5 Nat. Basic 1/8R 1a \ ^ 1a2 R f LR 5.1 Bota Fogo to PP (End PP)9R ^ \ 1a2 LRL 5.2 Foot Ch. 5 (PP to RCP) 12eR \ \ 1a2 R f RL Point Fwd & Bk/Rock Fwd & Bk/Double Rock/Flick Ball Change 5.3 RF Contra Bota Fogo 24rR \ 1a2 RLR 5.4 LF Contra Bota Fogo 24lR \ 1a2 LRL 5.5 Foot Ch. 7 1/4L 12g \ / 1a2-1a2 R c L b R-L c R b L (RCP to Open CPP) Criss X BoFo/ 22 / \ 1a2a3a4 RLRLRLR 8-14 Criss X Voltas/Maypole (Man 1/4R 0 )/Samba Locks =============================== 6.1 Goto 1.1 Foot Ch. 1 (Lady Spot Volta 1/2 L ) Foot Ch. 2 (Lady Spot Volta 3/4R 0 ) Foot Ch. 3 (Lady Spot Volta 1.25 R 0 ) Foot Ch. 4 (Lady Spot Volta 1R 0 ) Foot Ch. 5 (Lady Boto Fogo 1/4L LRL) Foot Ch. 6 (Lady Boto Fogo 1/4R RLR) Foot Ch. 7 (Lady 1-7 Criss X Voltas Behind Back 1/4R RLRLRLR 1a2a3a4 End \ Open CPP) Foot Ch. 8 (Lady L f 1/8L End / - Turning 3/8L on LF & R s End > - Turning 5/8L on RF & L sf End / ) Fellow.6

7 Notes Column 1 - Step Column 2 - Figure Name Column 3 - Number associated with the Figure Name (R for Repeat) Column 4 - Commencing Alignment (\ DW, / DC, \ Column 5 - Ending Alignment Column 6 - Count Column 7 - Foot Position DC ALOD, DW ALOD) Fellow.7

S ck Control. Mul ple Bounce Rolls

S ck Control. Mul ple Bounce Rolls Sck Control Mulple Bounce Rolls Marching Technique Concepts By Tohbias Juniel Grip: The Traveling Fulcrum - This technique requires constant contact with the stick and each digit of the hand in a match

More information

I-1. rei. o & A ;l{ o v(l) o t. e 6rf, \o. afl. 6rt {'il l'i. S o S S. l"l. \o a S lrh S \ S s l'l {a ra \o r' tn $ ra S \ S SG{ $ao. \ S l"l. \ (?

I-1. rei. o & A ;l{ o v(l) o t. e 6rf, \o. afl. 6rt {'il l'i. S o S S. ll. \o a S lrh S \ S s l'l {a ra \o r' tn $ ra S \ S SG{ $ao. \ S ll. \ (? >. 1! = * l >'r : ^, : - fr). ;1,!/!i ;(?= f: r*. fl J :!= J; J- >. Vf i - ) CJ ) ṯ,- ( r k : ( l i ( l 9 ) ( ;l fr i) rf,? l i =r, [l CB i.l.!.) -i l.l l.!. * (.1 (..i -.1.! r ).!,l l.r l ( i b i i '9,

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

H NT Z N RT L 0 4 n f lt r h v d lt n r n, h p l," "Fl d nd fl d " ( n l d n l tr l t nt r t t n t nt t nt n fr n nl, th t l n r tr t nt. r d n f d rd n t th nd r nt r d t n th t th n r lth h v b n f

More information

Parts Manual. EPIC II Critical Care Bed REF 2031

Parts Manual. EPIC II Critical Care Bed REF 2031 EPIC II Critical Care Bed REF 2031 Parts Manual For parts or technical assistance call: USA: 1-800-327-0770 2013/05 B.0 2031-109-006 REV B www.stryker.com Table of Contents English Product Labels... 4

More information

NAU Lumberjack Drumline 2013

NAU Lumberjack Drumline 2013 NU umberjack Drumline 2013 Thank you for your interest in the 2013 NU umberjack Drumline! We re excited to meet you at auditions on ugust 22. Please read this packet carefully as it contains important

More information

To convert a speed to a velocity. V = Velocity in feet per seconds (ft/sec) S = Speed in miles per hour (mph) = Mathematical Constant

To convert a speed to a velocity. V = Velocity in feet per seconds (ft/sec) S = Speed in miles per hour (mph) = Mathematical Constant To convert a speed to a velocity V S ( 1.466) V Velocity in feet per seconds (ft/sec) S Speed in miles per hour (mph) 1.466 Mathematical Constant Example Your driver just had a rear-end accident and says

More information

MT EDUCARE LTD. SUMMATIVE ASSESSMENT Roll No. Code No. 31/1

MT EDUCARE LTD. SUMMATIVE ASSESSMENT Roll No. Code No. 31/1 CBSE - X MT EDUCARE LTD. SUMMATIVE ASSESSMENT - 03-4 Roll No. Code No. 3/ Series RLH Please check that this question paper contains 6 printed pages. Code number given on the right hand side of the question

More information

fu d goo, ffi traddf,ufebeaqq-dilhs is r'?4sdetsn anrfevgfi*f aarsd ea+rd fuc

fu d goo, ffi traddf,ufebeaqq-dilhs is r'?4sdetsn anrfevgfi*f aarsd ea+rd fuc u, r.- rd ff{d fffu,rr k.drg rl,, l- ffc,l rrun frfrry rf- du {h ru fr&p -dj ffnr- r -d. d }lf{. + { 'F ddrd f.-a.ddr{fc m-mr nrfrffuw rr(frflx) ll'+' fd rf rr,m+,-r Ydrrr'(,,r) flr$,ff,fn --r -&-- 18

More information

4r, o I. >fi. a IE. v atr. ite. a z. a til. o a. o o. 0..c. E lrl .',,# View thousands of Crane Specifications on FreeCraneSpecs.

4r, o I. >fi. a IE. v atr. ite. a z. a til. o a. o o. 0..c. E lrl .',,# View thousands of Crane Specifications on FreeCraneSpecs. i View husns Crne Speiiins n reecrnespes.m :: :r R: 8 @ il llj v u L u 4r,? >i C) lrl? n R 0&l r'q1 rlr n rrei i 5 n llvvj lv 8 s S llrvvj Sv TT [ > 1 \ l? l:i rg l n - l l. l8 l l 5 l u r l 9? { q i :{r.

More information

PR D NT N n TR T F R 6 pr l 8 Th Pr d nt Th h t H h n t n, D D r r. Pr d nt: n J n r f th r d t r v th tr t d rn z t n pr r f th n t d t t. n

PR D NT N n TR T F R 6 pr l 8 Th Pr d nt Th h t H h n t n, D D r r. Pr d nt: n J n r f th r d t r v th tr t d rn z t n pr r f th n t d t t. n R P RT F TH PR D NT N N TR T F R N V R T F NN T V D 0 0 : R PR P R JT..P.. D 2 PR L 8 8 J PR D NT N n TR T F R 6 pr l 8 Th Pr d nt Th h t H h n t n, D.. 20 00 D r r. Pr d nt: n J n r f th r d t r v th

More information

22 t b r 2, 20 h r, th xp t d bl n nd t fr th b rd r t t. f r r z r t l n l th h r t rl T l t n b rd n n l h d, nd n nh rd f pp t t f r n. H v v d n f

22 t b r 2, 20 h r, th xp t d bl n nd t fr th b rd r t t. f r r z r t l n l th h r t rl T l t n b rd n n l h d, nd n nh rd f pp t t f r n. H v v d n f n r t d n 20 2 : 6 T P bl D n, l d t z d http:.h th tr t. r pd l 22 t b r 2, 20 h r, th xp t d bl n nd t fr th b rd r t t. f r r z r t l n l th h r t rl T l t n b rd n n l h d, nd n nh rd f pp t t f r

More information

A B C D E F G H I J K

A B C D E F G H I J K 3 5 6 7 8 9 0 3 4 5 6 7 8 9 Cu D. R P P P 3 P 4 P 5 P 6 P 7 M ASHP 33 P C PAP P C PAP AP S AP S P C PAP P C PAP ASHP 3 AP C AB AP C BC AP C AB AP C AB AP C AB AP C AB M ASHP N405, 9 C S I 9 C S I 9 C S

More information

d. Event D = { RRL, RRS, RLR, RSR, LRR, SRR, LLR, LLS, LRL, LSL, RLL, SLL, SSR, SSL, SRS, SLS, RSS, LSS }

d. Event D = { RRL, RRS, RLR, RSR, LRR, SRR, LLR, LLS, LRL, LSL, RLL, SLL, SSR, SSL, SRS, SLS, RSS, LSS } Section 1 a Event A { RRR, LLL, SSS } b Event B { RLS, RSL, LRS, LSR, SRL, SLR } c Event C { RRL, RRS, RLR, RSR, LRR, SRR } d Event D { RRL, RRS, RLR, RSR, LRR, SRR, LLR, LLS, LRL, LSL, RLL, SLL, SSR,

More information

Rotational Kinematics and Dynamics. UCVTS AIT Physics

Rotational Kinematics and Dynamics. UCVTS AIT Physics Rotational Kinematics and Dynamics UCVTS AIT Physics Angular Position Axis of rotation is the center of the disc Choose a fixed reference line Point P is at a fixed distance r from the origin Angular Position,

More information

Chapter 21 Rigid Body Dynamics: Rotation and Translation about a Fixed Axis

Chapter 21 Rigid Body Dynamics: Rotation and Translation about a Fixed Axis Chapter 21 Rigid Body Dynamics: Rotation and Translation about a Fixed Axis Chapter 21 Rigid Body Dynamics: Rotation and Translation about a Fixed Axis... 2 21.1 Introduction... 2 21.2 Translational Equation

More information

A L A BA M A L A W R E V IE W

A L A BA M A L A W R E V IE W A L A BA M A L A W R E V IE W Volume 52 Fall 2000 Number 1 B E F O R E D I S A B I L I T Y C I V I L R I G HT S : C I V I L W A R P E N S I O N S A N D TH E P O L I T I C S O F D I S A B I L I T Y I N

More information

Downloaded from

Downloaded from Exercise 9.1 Question 1: A circus artist is climbing a 20 m long rope, which is tightly stretched and tied from the top of a vertical pole to the ground. Find the height of the pole, if the angle made

More information

Homework 3/ Solutions

Homework 3/ Solutions MTH 310-3 Abstract Algebra I and Number Theory S17 Homework 3/ Solutions Exercise 1. Prove the following Theorem: Theorem Let R and S be rings. Define an addition and multiplication on R S by for all r,

More information

RETAINING WALL LOADS: Horizontal Equivalent Fluid Pressure = pcf. (Load Case = Soil)

RETAINING WALL LOADS: Horizontal Equivalent Fluid Pressure = pcf. (Load Case = Soil) QuickWall 8.0 - RETAINING WALL ANALYSIS AND DESIGN ================================================================================ Job ID : Job Description : Designed By : ================================================================================

More information

Physics 111. Lecture 23 (Walker: 10.6, 11.1) Conservation of Energy in Rotation Torque March 30, Kinetic Energy of Rolling Object

Physics 111. Lecture 23 (Walker: 10.6, 11.1) Conservation of Energy in Rotation Torque March 30, Kinetic Energy of Rolling Object Physics 111 Lecture 3 (Walker: 10.6, 11.1) Conservation of Energy in Rotation Torque March 30, 009 Lecture 3 1/4 Kinetic Energy of Rolling Object Total kinetic energy of a rolling object is the sum of

More information

Rolling, Torque & Angular Momentum

Rolling, Torque & Angular Momentum PHYS 101 Previous Exam Problems CHAPTER 11 Rolling, Torque & Angular Momentum Rolling motion Torque Angular momentum Conservation of angular momentum 1. A uniform hoop (ring) is rolling smoothly from the

More information

trawhmmry ffimmf,f;wnt

trawhmmry ffimmf,f;wnt r nsr rwry fff,f;wn My 26, $51 Swe, k "Te Srwberry Cp f e Vr,, c) [ re ers 6 (, r " * f rn ff e # s S,r,* )er*,3n*,.\ ) x 8 2 n v c e 6 r D r, } e ;s 1 :n..< Z r : 66 3 X f; 1r_ X r { j r Z r 1r 3r B s

More information

Last 4 Digits of USC ID:

Last 4 Digits of USC ID: Chemistry 05 B Practice Exam Dr. Jessica Parr First Letter of last Name PLEASE PRINT YOUR NAME IN BLOCK LETTERS Name: Last 4 Digits of USC ID: Lab TA s Name: Question Points Score Grader 8 2 4 3 9 4 0

More information

Essential Chemistry for Biology

Essential Chemistry for Biology 1 Chapter 2 Essential Chemistry for Biology Biology and Society: More Precious than Gold A drought is a period of abnormally dry weather that changes the environment and one of the most devastating disasters.

More information

Guide to the Extended Step-Pyramid Periodic Table

Guide to the Extended Step-Pyramid Periodic Table Guide to the Extended Step-Pyramid Periodic Table William B. Jensen Department of Chemistry University of Cincinnati Cincinnati, OH 452201-0172 The extended step-pyramid table recognizes that elements

More information

,0,",,.,*",,ffi:, *",",,,",*YnJt%ffi& (st& sc oev.sectton, No. 3\ q2tvvlz2or 5. MemoNo 3\q34o1s Date 1a 122o1s COI.IECTOMTE, MALKANGIRI OROER

,0,,,.,*,,ffi:, *,,,,,*YnJt%ffi& (st& sc oev.sectton, No. 3\ q2tvvlz2or 5. MemoNo 3\q34o1s Date 1a 122o1s COI.IECTOMTE, MALKANGIRI OROER ,0,",,.,*",,ff, CO.CTOMT, MALKANGR (st& sc ov.scton, No. \ q2vvlz2or OROR Publcal on of na eeced/rejeced s o Maron b be ena d n he c s Hosels Dev.Oepl of Makan D Bc. n puuance of adven seffenl No.2o7l1

More information

Momentum and Impulse Ch. 8 in your text book

Momentum and Impulse Ch. 8 in your text book Momentum and Ch. 8 in your text book Objectives Students will be able to: 1) Calculate the impulse of an object given a change in mass or velocity 2) Calculate the force felt by and object given an impulse

More information

Labor and Capital Before the Law

Labor and Capital Before the Law University of Michigan Law School University of Michigan Law School Scholarship Repository Articles Faculty Scholarship 1884 Labor and Capital Before the Law Thomas M. Cooley University of Michigan Law

More information

Th n nt T p n n th V ll f x Th r h l l r r h nd xpl r t n rr d nt ff t b Pr f r ll N v n d r n th r 8 l t p t, n z n l n n th n rth t rn p rt n f th v

Th n nt T p n n th V ll f x Th r h l l r r h nd xpl r t n rr d nt ff t b Pr f r ll N v n d r n th r 8 l t p t, n z n l n n th n rth t rn p rt n f th v Th n nt T p n n th V ll f x Th r h l l r r h nd xpl r t n rr d nt ff t b Pr f r ll N v n d r n th r 8 l t p t, n z n l n n th n rth t rn p rt n f th v ll f x, h v nd d pr v n t fr tf l t th f nt r n r

More information

Rotation. Rotational Variables

Rotation. Rotational Variables Rotation Rigid Bodies Rotation variables Constant angular acceleration Rotational KE Rotational Inertia Rotational Variables Rotation of a rigid body About a fixed rotation axis. Rigid Body an object that

More information

August 30, 2013 Volume 85 Issue 2 echo.snu.edu 6612 NW 42nd St. Bethany, OK (405)

August 30, 2013 Volume 85 Issue 2 echo.snu.edu 6612 NW 42nd St. Bethany, OK (405) B S B OKC w TE Ag 30, 2013 V 85 I 2 d 6612 NW 42d S B, OK 73008 (405) 491-6382 R f v j xd P b K Rb K Rb, Ed--f E, v d f bdg vg f d d b d d f Of, b f g j, d Bd j g w d d g, SNU d g- j w fw T w d vd bdg

More information

Remove this sheet AFTER the exam starts and place your name and section on the next page.

Remove this sheet AFTER the exam starts and place your name and section on the next page. EF 151 Final Exam, Spring, 2014 Page 1 of 10 Remove this sheet AFTER the exam starts and place your name and section on the next page. Instructions: Guidelines: Do not open the test until you are told

More information

n

n p l p bl t n t t f Fl r d, D p rt nt f N t r l R r, D v n f nt r r R r, B r f l. n.24 80 T ll h, Fl. : Fl r d D p rt nt f N t r l R r, B r f l, 86. http://hdl.handle.net/2027/mdp.39015007497111 r t v n

More information

Chapter 9 Some Applications of Trigonometry Exercise 9.1 Question 1: A circus artist is climbing a 20 m long rope, which is tightly stretched and tied from the top of a vertical pole to the ground. Find

More information

ADDENDUM NO. 3 TO BID DOCUMENTS FOR LIGHT POLE PAINTING PROJECT FOR THE CITY OF ANN ARBOR, MICHIGAN

ADDENDUM NO. 3 TO BID DOCUMENTS FOR LIGHT POLE PAINTING PROJECT FOR THE CITY OF ANN ARBOR, MICHIGAN DDENDU NO TO BID DOCUENTS FOR LIGHT POLE PINTING PROJECT FOR THE, ICHIGN Th fllw h,, l hll b h B D Pl f Lh Pl P P f h Cy f b, h, B N ITB whh l b v, bf, P y, l, Th f h hll k v h l ll v, h Th Th B kwl f

More information

l f t n nd bj t nd x f r t l n nd rr n n th b nd p phl t f l br r. D, lv l, 8. h r t,., 8 6. http://hdl.handle.net/2027/miun.aey7382.0001.001 P bl D n http://www.hathitrust.org/access_use#pd Th r n th

More information

NCSP 2 nd Ed Chapter 4 Solutions Forces

NCSP 2 nd Ed Chapter 4 Solutions Forces NCSP 2 nd Ed Chapter 4 Solutions Forces Question 1 (a) Answer 2.5 N north (b) Answer 101 N north (c) Answer 32 N, S72 W or W18 S (d) Answer 16 N, N22 W or W 68 S NCSP Chapter 4 Solutions 1 Question 2 p77

More information

Work and kinetic Energy

Work and kinetic Energy Work and kinetic Energy Problem 66. M=4.5kg r = 0.05m I = 0.003kgm 2 Q: What is the velocity of mass m after it dropped a distance h? (No friction) h m=0.6kg mg Work and kinetic Energy Problem 66. M=4.5kg

More information

n r t d n :4 T P bl D n, l d t z d th tr t. r pd l

n r t d n :4 T P bl D n, l d t z d   th tr t. r pd l n r t d n 20 20 :4 T P bl D n, l d t z d http:.h th tr t. r pd l 2 0 x pt n f t v t, f f d, b th n nd th P r n h h, th r h v n t b n p d f r nt r. Th t v v d pr n, h v r, p n th pl v t r, d b p t r b R

More information

36 Rings of fractions

36 Rings of fractions 36 Rings of fractions Recall. If R is a PID then R is a UFD. In particular Z is a UFD if F is a field then F[x] is a UFD. Goal. If R is a UFD then so is R[x]. Idea of proof. 1) Find an embedding R F where

More information

Test 7 wersja angielska

Test 7 wersja angielska Test 7 wersja angielska 7.1A One revolution is the same as: A) 1 rad B) 57 rad C) π/2 rad D) π rad E) 2π rad 7.2A. If a wheel turns with constant angular speed then: A) each point on its rim moves with

More information

Webreview Torque and Rotation Practice Test

Webreview Torque and Rotation Practice Test Please do not write on test. ID A Webreview - 8.2 Torque and Rotation Practice Test Multiple Choice Identify the choice that best completes the statement or answers the question. 1. A 0.30-m-radius automobile

More information

Chap11. Angular Momentum

Chap11. Angular Momentum Chap11. Angular Momentum Level : AP Physics Teacher : Kim 11.1 The Vector Product and Torque (p.335) Properties of the Vector Product For scalar product, we are familiar with +,. Ex) 3+2=5. Numbers are

More information

35H MPa Hydraulic Cylinder 3.5 MPa Hydraulic Cylinder 35H-3

35H MPa Hydraulic Cylinder 3.5 MPa Hydraulic Cylinder 35H-3 - - - - ff ff - - - - - - B B BB f f f f f f f 6 96 f f f f f f f 6 f LF LZ f 6 MM f 9 P D RR DD M6 M6 M6 M. M. M. M. M. SL. E 6 6 9 ZB Z EE RC/ RC/ RC/ RC/ RC/ ZM 6 F FP 6 K KK M. M. M. M. M M M M f f

More information

You are given two carts, A and B. They look identical, and you are told they are made of the same material. You put A at rest on a low-friction

You are given two carts, A and B. They look identical, and you are told they are made of the same material. You put A at rest on a low-friction You are given two carts, A and B. They look identical, and you are told they are made of the same material. You put A at rest on a low-friction track, then send B towards it to the right. After the collision,

More information

Use the following problem to answer popper questions 25 and 26.

Use the following problem to answer popper questions 25 and 26. Example 9: A 6-foot man is walking towards a 5 foot lamp post at the rate of 10 ft/sec. How fast is the length of his shadow changing when he is 0 feet from the lamp post? Hint: This example will use similar

More information

AB AB 10 2 Therefore, the height of the pole is 10 m.

AB AB 10 2 Therefore, the height of the pole is 10 m. Class X - NCERT Maths EXERCISE NO: 9.1 Question 1: A circus artist is climbing a 20 m long rope, which is tightly stretched and tied from the top of a vertical pole to the ground. Find the height of the

More information

The student will be able to: the torque of an applied force and solve related problems.

The student will be able to: the torque of an applied force and solve related problems. Honors Physics Assignment Rotational Mechanics Reading Chapters 10 and 11 Objectives/HW: Assignment #1 M: Assignment #2 M: Assignment #3 M: Assignment #4 M: 1 2 3 #1-5 #6-10 #14, 15, 17, 18, 20-23 #24,

More information

D t r l f r th n t d t t pr p r d b th t ff f th l t tt n N tr t n nd H n N d, n t d t t n t. n t d t t. h n t n :.. vt. Pr nt. ff.,. http://hdl.handle.net/2027/uiug.30112023368936 P bl D n, l d t z d

More information

The student will be able to: 1 Determine the torque of an applied force and solve related problems.

The student will be able to: 1 Determine the torque of an applied force and solve related problems. Honors Physics Assignment Rotational Mechanics Reading Chapters 10 and 11 Objectives/HW The student will be able to: HW: 1 Determine the torque of an applied force and solve related problems. (t = rx r

More information

Chapter 22 : Electric potential

Chapter 22 : Electric potential Chapter 22 : Electric potential What is electric potential? How does it relate to potential energy? How does it relate to electric field? Some simple applications What does it mean when it says 1.5 Volts

More information

30 Zn(s) 45 Rh. Pd(s) Ag(s) Cd(s) In(s) Sn(s) white. 77 Ir. Pt(s) Au. Hg(l) Tl. 109 Mt. 111 Uuu. 112 Uub. 110 Uun. 65 Tb. 62 Sm. 64 Gd. 63 Eu.

30 Zn(s) 45 Rh. Pd(s) Ag(s) Cd(s) In(s) Sn(s) white. 77 Ir. Pt(s) Au. Hg(l) Tl. 109 Mt. 111 Uuu. 112 Uub. 110 Uun. 65 Tb. 62 Sm. 64 Gd. 63 Eu. Enthalpy changes: experimentally it is much easier to measure heat flow at const pressure - this is enthalpy q p = )H : also nearly all chemical reactions are done at constant pressure. Enthalpy (heat)

More information

lectures accompanying the book: Solid State Physics: An Introduction, by Philip ofmann (2nd edition 2015, ISBN-10: 3527412824, ISBN-13: 978-3527412822, Wiley-VC Berlin. www.philiphofmann.net 1 Bonds between

More information

Announcements 24 Sep 2013

Announcements 24 Sep 2013 Announcements 24 Sep 2013 1. If you have questions on exam 1 2. Newton s 2 nd Law Problems: F m a. Inclined planes b. Pulleys c. Ropes d. Friction e. Etc Remember N2 is a blueprint for obtaining a useful

More information

3D GEOMETRY. 3D-Geometry. If α, β, γ are angle made by a line with positive directions of x, y and z. axes respectively show that = 2.

3D GEOMETRY. 3D-Geometry. If α, β, γ are angle made by a line with positive directions of x, y and z. axes respectively show that = 2. D GEOMETRY ) If α β γ are angle made by a line with positive directions of x y and z axes respectively show that i) sin α + sin β + sin γ ii) cos α + cos β + cos γ + 0 Solution:- i) are angle made by a

More information

Dynamics ( 동역학 ) Ch.3 Kinetic of Particles (3.1)

Dynamics ( 동역학 ) Ch.3 Kinetic of Particles (3.1) Dynamics ( 동역학 ) Ch.3 Kinetic of Particles (3.1) Introduction This chapter exclusively deals with the Newton s second Law Newton s second law: - A particle will have an acceleration proportional to the

More information

Ch 8. Rotational Dynamics

Ch 8. Rotational Dynamics Ch 8. Rotational Dynamics Rotational W, P, K, & L (a) Translation (b) Combined translation and rotation ROTATIONAL ANALOG OF NEWTON S SECOND LAW FOR A RIGID BODY ROTATING ABOUT A FIXED AXIS = τ Iα Requirement:

More information

3- BASICS. YTransformation. for balanced load. \V ab 120 = \V bc. \V ab 240 = \V ca \I a 120 = \I b \I a 240 = \I c V ab I a

3- BASICS. YTransformation. for balanced load. \V ab 120 = \V bc. \V ab 240 = \V ca \I a 120 = \I b \I a 240 = \I c V ab I a 3- BASICS YTransformation for balanced load Z =3Z Y Balanced 3- Systems \V ab 10 = \V bc \V ab 40 = \V ca \I a 10 = \I b \I a 40 = \I c V ab I a = p 3 V an = p 3 I ab \V ab 30 = \V an \I ab 30 = \I a S

More information

LARf,DO INDEPENDENT SCHOOL DISTR 904 Juarez Ave.. Laredo, Texas Ph. 956 Tax Office. s7.76%

LARf,DO INDEPENDENT SCHOOL DISTR 904 Juarez Ave.. Laredo, Texas Ph. 956 Tax Office. s7.76% T: Shl Br f Truee re nepenen Shl Dr 1702 Hun Sree re, Te 78040 /) rm: Rlb Snhe. RTA.CSTAlW Drer f T Cllen U V De: Deember 17,2014 m ARf,DO DPDT SCHOO DSTR 904 ure Ave.. re, Te 78040. Ph. 95 T Offe CT 273-1800

More information

- Prefixes 'mono', 'uni', 'bi' and 'du' - Why are there no asprins in the jungle? Because the parrots ate them all.

- Prefixes 'mono', 'uni', 'bi' and 'du' - Why are there no asprins in the jungle? Because the parrots ate them all. - Prfs '', '', 'b' a '' - Na: Wrsar 27 Dat: W ar tr asrs t? Bas t arrts at t a. At t btt f t a s a st f wrs. Ts wrs ar t. T wrs av b a rta (ra arss), vrta (ra w) r aa (fr rr t rr). W f a wr, raw a at r

More information

Show all work in answering the following questions. Partial credit may be given for problems involving calculations.

Show all work in answering the following questions. Partial credit may be given for problems involving calculations. Physics 3210, Spring 2018 Final Exam Name: Signature: UID: Please read the following before continuing: Show all work in answering the following questions. Partial credit may be given for problems involving

More information

2. Kinetic friction - The force that acts against an object s motion. - Occurs once static friction has been overcome and object is moving

2. Kinetic friction - The force that acts against an object s motion. - Occurs once static friction has been overcome and object is moving Section 2.14: Friction Friction is needed to move. Without friction, a car would sit in one spot spinning its tires, and a person would not be able to step forward. However, the motion of an object along

More information

0 t b r 6, 20 t l nf r nt f th l t th t v t f th th lv, ntr t n t th l l l nd d p rt nt th t f ttr t n th p nt t th r f l nd d tr b t n. R v n n th r

0 t b r 6, 20 t l nf r nt f th l t th t v t f th th lv, ntr t n t th l l l nd d p rt nt th t f ttr t n th p nt t th r f l nd d tr b t n. R v n n th r n r t d n 20 22 0: T P bl D n, l d t z d http:.h th tr t. r pd l 0 t b r 6, 20 t l nf r nt f th l t th t v t f th th lv, ntr t n t th l l l nd d p rt nt th t f ttr t n th p nt t th r f l nd d tr b t n.

More information

Dynamics-Newton's 2nd Law

Dynamics-Newton's 2nd Law 1. A constant unbalanced force is applied to an object for a period of time. Which graph best represents the acceleration of the object as a function of elapsed time? 2. The diagram below shows a horizontal

More information

Sample Physics Placement Exam

Sample Physics Placement Exam Sample Physics 130-1 Placement Exam A. Multiple Choice Questions: 1. A cable is used to take construction equipment from the ground to the top of a tall building. During the trip up, when (if ever) is

More information

PS 11 GeneralPhysics I for the Life Sciences

PS 11 GeneralPhysics I for the Life Sciences PS 11 GeneralPhysics I for the Life Sciences ROTATIONAL MOTION D R. B E N J A M I N C H A N A S S O C I A T E P R O F E S S O R P H Y S I C S D E P A R T M E N T F E B R U A R Y 0 1 4 Questions and Problems

More information

7. pl. '2. Peraturan Pemerintah Nomor 67 Tahun 2OL3 tentang Statuta Universitas Gadjah Mada (Lembaran Negara Republik Indonesia

7. pl. '2. Peraturan Pemerintah Nomor 67 Tahun 2OL3 tentang Statuta Universitas Gadjah Mada (Lembaran Negara Republik Indonesia KPUTUS RKTR UVRSTS G R 4 2 / U.P/ SK/UKR 20 7 TTG KR KK UVRSTS G TU KK 27 / 20 8 RKTR UVRSTS G, ib i T/Q l\u{rr 'T v T KU. bw r b sr wu ls ii jr i uls/sl i u Uivrsis Gj, rlu Klr i uivrsis Gj Tu i 27 l2l8;

More information

First few slides are additional review problems from Chs. 1 and 2. WEST VIRGINIA UNIVERSITY Physics

First few slides are additional review problems from Chs. 1 and 2. WEST VIRGINIA UNIVERSITY Physics First few slides are additional review problems from Chs. 1 and 2 Average Speed A person travels by car from one city to another with different constant speeds between pairs of cities. She drives for 35

More information

Visit any one of our 30 locations or visit us on line at

Visit any one of our 30 locations or visit us on line at TYPE IA ALUMINUM 2886509079 2886501870 2886510013 2886510010 2886510014 2886504441 AS3002 2' TYPE IA AS3003 3' TYPE IA AS3004 4' TYPE IA AS3006 6' TYPE IA AS3008 8' TYPE IA AS3010 10' TYPE IA 34.99 57.99

More information

'NOTAS"CRITICAS PARA UNA TEDRIA DE M BUROCRACIA ESTATAL * Oscar Oszlak

'NOTASCRITICAS PARA UNA TEDRIA DE M BUROCRACIA ESTATAL * Oscar Oszlak OVí "^Ox^ OqAÍ"^ Dcument SD-11 \ 'NOTAS"CRTCAS PARA UNA TEDRA DE M BUROCRACA ESTATAL * Oscr Oszlk * El presente dcument que se reprduce pr us exclusv de ls prtcpntes de curss de Prrms de Cpctcón, se h

More information

q-..1 c.. 6' .-t i.] ]J rl trn (dl q-..1 Orr --l o(n ._t lr< +J(n tj o CB OQ ._t --l (-) lre "_1 otr o Ctq c,) ..1 .lj '--1 .IJ C] O.u tr_..

q-..1 c.. 6' .-t i.] ]J rl trn (dl q-..1 Orr --l o(n ._t lr< +J(n tj o CB OQ ._t --l (-) lre _1 otr o Ctq c,) ..1 .lj '--1 .IJ C] O.u tr_.. l_-- 5. r.{ q-{.r{ ul 1 rl l P -r ' v -r1-1.r ( q-r ( @- ql N -.r.p.p 0.) (^5] @ Z l l i Z r,l -; ^ CJ (\, -l ọ..,] q r 1] ( -. r._1 p q-r ) (\. _l (._1 \C ' q-l.. q) i.] r - 0r) >.4.-.rr J p r q-r r 0

More information

Reading. Realistic Character Animation. Modeling Realistic Motion. Two Approaches

Reading. Realistic Character Animation. Modeling Realistic Motion. Two Approaches Realistic Character Animation Reading Jessica Hodgins,,et.al,Animating Human Athletics,, SIGGRAPH 95 Zoran Popović, Changing Physics for Character Animation,, SIGGRAPH 00 2 Modeling Realistic Motion Model

More information

Collision Theory Challenge Problems

Collision Theory Challenge Problems Collision Theory Challenge Problems Problem 1 Estimate the energy loss in a completely inelastic collision between two identical cars that collide head-on traveling at highway speeds. Problem 2 You just

More information

Q 100 OA = 30 AB = 80 BQ = 100 BC = rpm. All dimensions are in mm

Q 100 OA = 30 AB = 80 BQ = 100 BC = rpm. All dimensions are in mm rolem 6: A toggle mechanism is shown in figure along with the diagrams of the links in mm. find the velocities of the points B and C and the angular velocities of links AB, BQ and BC. The crank rotates

More information

rhtre PAID U.S. POSTAGE Can't attend? Pass this on to a friend. Cleveland, Ohio Permit No. 799 First Class

rhtre PAID U.S. POSTAGE Can't attend? Pass this on to a friend. Cleveland, Ohio Permit No. 799 First Class rhtr irt Cl.S. POSTAG PAD Cllnd, Ohi Prmit. 799 Cn't ttnd? P thi n t frind. \ ; n l *di: >.8 >,5 G *' >(n n c. if9$9$.jj V G. r.t 0 H: u ) ' r x * H > x > i M

More information

Chemistry 2 Exam Roane State Academic Festival. Name (print neatly) School

Chemistry 2 Exam Roane State Academic Festival. Name (print neatly) School Name (print neatly) School There are fifteen question on this exam. Each question is weighted equally. n the answer sheet, write your name in the space provided and your answers in the blanks provided.

More information

1. A 7.0-kg bowling ball experiences a net force of 5.0 N. What will be its acceleration? a. 35 m/s 2 c. 5.0 m/s 2 b. 7.0 m/s 2 d. 0.

1. A 7.0-kg bowling ball experiences a net force of 5.0 N. What will be its acceleration? a. 35 m/s 2 c. 5.0 m/s 2 b. 7.0 m/s 2 d. 0. Newton's Laws 1. A 7.0-kg bowling ball experiences a net force of 5.0 N. What will be its acceleration? a. 35 m/s 2 c. 5.0 m/s 2 b. 7.0 m/s 2 d. 0.71 m/s 2 2. An astronaut applies a force of 500 N to an

More information

Full file at

Full file at Section 3-1 Constructing Complex Motions from Simple Motion *1. In Figure 3-1, the motion of a spinning wheel (W) that itself revolves in a circle is shown. Which of the following would not be represented

More information

INVERSION IN THE PLANE BERKELEY MATH CIRCLE

INVERSION IN THE PLANE BERKELEY MATH CIRCLE INVERSION IN THE PLANE BERKELEY MATH CIRCLE ZVEZDELINA STANKOVA MILLS COLLEGE/UC BERKELEY SEPTEMBER 26TH 2004 Contents 1. Definition of Inversion in the Plane 1 Properties of Inversion 2 Problems 2 2.

More information

Find the magnitude of F when t = 2. (9 marks)

Find the magnitude of F when t = 2. (9 marks) Condensed M2 Paper These questions are all taken from a Mechanics 2 exam paper, but any intermediate steps and diagrams have been removed, leaving enough information to answer the question, but none of

More information

4 8 N v btr 20, 20 th r l f ff nt f l t. r t pl n f r th n tr t n f h h v lr d b n r d t, rd n t h h th t b t f l rd n t f th rld ll b n tr t d n R th

4 8 N v btr 20, 20 th r l f ff nt f l t. r t pl n f r th n tr t n f h h v lr d b n r d t, rd n t h h th t b t f l rd n t f th rld ll b n tr t d n R th n r t d n 20 2 :24 T P bl D n, l d t z d http:.h th tr t. r pd l 4 8 N v btr 20, 20 th r l f ff nt f l t. r t pl n f r th n tr t n f h h v lr d b n r d t, rd n t h h th t b t f l rd n t f th rld ll b n

More information

PHYSICS. Chapter 12 Lecture FOR SCIENTISTS AND ENGINEERS A STRATEGIC APPROACH 4/E RANDALL D. KNIGHT Pearson Education, Inc.

PHYSICS. Chapter 12 Lecture FOR SCIENTISTS AND ENGINEERS A STRATEGIC APPROACH 4/E RANDALL D. KNIGHT Pearson Education, Inc. PHYSICS FOR SCIENTISTS AND ENGINEERS A STRATEGIC APPROACH 4/E Chapter 12 Lecture RANDALL D. KNIGHT Chapter 12 Rotation of a Rigid Body IN THIS CHAPTER, you will learn to understand and apply the physics

More information

Homework 1/Solutions. Graded Exercises

Homework 1/Solutions. Graded Exercises MTH 310-3 Abstract Algebra I and Number Theory S18 Homework 1/Solutions Graded Exercises Exercise 1. Below are parts of the addition table and parts of the multiplication table of a ring. Complete both

More information

Chapter 9-10 Test Review

Chapter 9-10 Test Review Chapter 9-10 Test Review Chapter Summary 9.2. The Second Condition for Equilibrium Explain torque and the factors on which it depends. Describe the role of torque in rotational mechanics. 10.1. Angular

More information

Chap. 10: Rotational Motion

Chap. 10: Rotational Motion Chap. 10: Rotational Motion I. Rotational Kinematics II. Rotational Dynamics - Newton s Law for Rotation III. Angular Momentum Conservation (Chap. 10) 1 Newton s Laws for Rotation n e t I 3 rd part [N

More information

5 questions, 3 points each, 15 points total possible. 26 Fe Cu Ni Co Pd Ag Ru 101.

5 questions, 3 points each, 15 points total possible. 26 Fe Cu Ni Co Pd Ag Ru 101. Physical Chemistry II Lab CHEM 4644 spring 2017 final exam KEY 5 questions, 3 points each, 15 points total possible h = 6.626 10-34 J s c = 3.00 10 8 m/s 1 GHz = 10 9 s -1. B= h 8π 2 I ν= 1 2 π k μ 6 P

More information

Fluid Mechanics Prof. T. I. Eldho Department of Civil Engineering Indian Institute of Technology, Bombay

Fluid Mechanics Prof. T. I. Eldho Department of Civil Engineering Indian Institute of Technology, Bombay Fluid Mechanics Prof. T. I. Eldho Department of Civil Engineering Indian Institute of Technology, Bombay Lecture No. # 35 Boundary Layer Theory and Applications Welcome back to the video course on fluid

More information

KARNATAKA SECONDARY EDUCATION EXAMINATION BOARD, MALLESWARAM, BANGALORE S. S. L. C. EXAMINATION, MARCH/APRIL, » D} V fl MODEL ANSWERS

KARNATAKA SECONDARY EDUCATION EXAMINATION BOARD, MALLESWARAM, BANGALORE S. S. L. C. EXAMINATION, MARCH/APRIL, » D} V fl MODEL ANSWERS CCE RF CCE RR O %lo ÆË v ÃO y Æ fio» flms ÿ,» fl Ê«fiÀ M, ÊMV fl 560 00 KARNATAKA SECONDARY EDUCATION EXAMINATION BOARD, MALLESWARAM, BANGALE 560 00 G È.G È.G È.. Æ fioê,» ^È% / HØ È 08 S. S. L. C. EXAMINATION,

More information

MT - w A.P. SET CODE MT - w - MATHEMATICS (71) GEOMETRY- SET - A (E) Time : 2 Hours Preliminary Model Answer Paper Max.

MT - w A.P. SET CODE MT - w - MATHEMATICS (71) GEOMETRY- SET - A (E) Time : 2 Hours Preliminary Model Answer Paper Max. .P. SET CODE.. Solve NY FIVE of the following : (i) ( BE) ( BD) ( BE) ( BD) BE D 6 9 MT - w 07 00 - MT - w - MTHEMTICS (7) GEOMETRY- (E) Time : Hours Preliminary Model nswer Paper Max. Marks : 40 [Triangles

More information

-"l" also contributes ENERGY. Higher values for "l" mean the electron has higher energy.

-l also contributes ENERGY. Higher values for l mean the electron has higher energy. 175 - Giving the four parameters will uniquely identify an electron around an atom. No two electrons in the same atom can share all four. These parameters are called QUANTUM NUMBERS. PRINCIPAL QUANTUM

More information

PRACTICE PAPER -- III

PRACTICE PAPER -- III . PRACTICE PAPER -- III. z + z :::.0, if and only if (a) Re (z) ::: O (b) Im z) = 0 (c) z = 0 (d) none of these 2. zz = 0, if and only if (a) Re(z) = O (b) Im (z) = 0 (c) z = 0 (d) none of these 3. (3

More information

Momentum C HAPTER. Chapter Outline.

Momentum C HAPTER. Chapter Outline. www.ck12.org C HAPTER 7 Momentum Chapter Outline 7.1 M OMENTUM AND I MPULSE 7.2 C ONSERVATION OF M OMENTUM IN O NE D IMENSION 7.3 R EFERENCES This chapter is about momentum and impulse. There are an amazing

More information

Biomechanics Module Notes

Biomechanics Module Notes Biomechanics Module Notes Biomechanics: the study of mechanics as it relates to the functional and anatomical analysis of biological systems o Study of movements in both qualitative and quantitative Qualitative:

More information

CMSC 313 Lecture 17 Postulates & Theorems of Boolean Algebra Semiconductors CMOS Logic Gates

CMSC 313 Lecture 17 Postulates & Theorems of Boolean Algebra Semiconductors CMOS Logic Gates CMSC 313 Lecture 17 Postulates & Theorems of Boolean Algebra Semiconductors CMOS Logic Gates UMBC, CMSC313, Richard Chang Last Time Overview of second half of this course Logic gates &

More information

ENTRANCE EXAM FOR ENGINEERING CURRICULUM. Mathematics, logical deduction and physics/chemistry

ENTRANCE EXAM FOR ENGINEERING CURRICULUM. Mathematics, logical deduction and physics/chemistry PROBLEMS 6.6.005 ENTRANCE EXAM FOR ENGINEERING CURRICULUM The duration of the examination is h 15 min. Mathematics, logical deduction and physics/chemistry There are nine problems to solve, each worth

More information

4 4 N v b r t, 20 xpr n f th ll f th p p l t n p pr d. H ndr d nd th nd f t v L th n n f th pr v n f V ln, r dn nd l r thr n nt pr n, h r th ff r d nd

4 4 N v b r t, 20 xpr n f th ll f th p p l t n p pr d. H ndr d nd th nd f t v L th n n f th pr v n f V ln, r dn nd l r thr n nt pr n, h r th ff r d nd n r t d n 20 20 0 : 0 T P bl D n, l d t z d http:.h th tr t. r pd l 4 4 N v b r t, 20 xpr n f th ll f th p p l t n p pr d. H ndr d nd th nd f t v L th n n f th pr v n f V ln, r dn nd l r thr n nt pr n,

More information

Manufacturing and Supply of Pipe Fittings Seamless & Welded, Forged Flanges & Fittlngs and Machined Components, see annex to certificate.

Manufacturing and Supply of Pipe Fittings Seamless & Welded, Forged Flanges & Fittlngs and Machined Components, see annex to certificate. 'P.P.P ( 6 erli e Ql iyass r ne Sysem r Mnrer Mers " Direive 97 l3lg eriie n. " 01 na!d/q{ 0032 me nd ddress he mnrer. Advned iins Pv. d. Prmr lnds se. Phse, Uni.38, Pelhr Vle, er Vsi Ph, Wesern press

More information

Lectures. Today: Rolling and Angular Momentum in ch 12. Complete angular momentum (chapter 12) and begin equilibrium (chapter 13)

Lectures. Today: Rolling and Angular Momentum in ch 12. Complete angular momentum (chapter 12) and begin equilibrium (chapter 13) Lectures Today: Rolling and Angular Momentum in ch 1 Homework 6 due Next time: Complete angular momentum (chapter 1) and begin equilibrium (chapter 13) By Monday, will post at website Sample midterm II

More information