AIEEE Mathematics Quick Review. = k (k 1) represents circle with SAKSHI. AB, AC then. 29. e iθ = Cosθ + isinθ = Cosθ, e iπ = 1, π. is 2. Cisβ.

Similar documents
GCE AS and A Level MATHEMATICS FORMULA BOOKLET. From September Issued WJEC CBAC Ltd.

SOLVING SYSTEMS OF EQUATIONS, DIRECT METHODS

SOME REMARKS ON HORIZONTAL, SLANT, PARABOLIC AND POLYNOMIAL ASYMPTOTE

The formulae in this booklet have been arranged according to the unit in which they are first

GCE AS/A Level MATHEMATICS GCE AS/A Level FURTHER MATHEMATICS

The formulae in this booklet have been arranged according to the unit in which they are first

Chapter Linear Regression

Chapter 17. Least Square Regression

For use in Edexcel Advanced Subsidiary GCE and Advanced GCE examinations

Advanced Higher Maths: Formulae

THIS PAGE DECLASSIFIED IAW E

CBSE , ˆj. cos CBSE_2015_SET-1. SECTION A 1. Given that a 2iˆ ˆj. We need to find. 3. Consider the vector equation of the plane.

Describes techniques to fit curves (curve fitting) to discrete data to obtain intermediate estimates.

BINOMIAL THEOREM SOLUTION. 1. (D) n. = (C 0 + C 1 x +C 2 x C n x n ) (1+ x+ x 2 +.)

148 CIVIL ENGINEERING

CBSE SAMPLE PAPER SOLUTIONS CLASS-XII MATHS SET-2 CBSE , ˆj. cos. SECTION A 1. Given that a 2iˆ ˆj. We need to find

IFYFM002 Further Maths Appendix C Formula Booklet

COMPLEX NUMBERS AND DE MOIVRE S THEOREM

Professor Wei Zhu. 1. Sampling from the Normal Population

P a g e 5 1 of R e p o r t P B 4 / 0 9

this is the indefinite integral Since integration is the reverse of differentiation we can check the previous by [ ]

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

SULIT 3472/2. Rumus-rumus berikut boleh membantu anda menjawab soalan. Simbol-simbol yang diberi adalah yang biasa digunakan.

T h e C S E T I P r o j e c t

Summary: Binomial Expansion...! r. where

= y and Normed Linear Spaces

OH BOY! Story. N a r r a t iv e a n d o bj e c t s th ea t e r Fo r a l l a g e s, fr o m th e a ge of 9

5 - Determinants. r r. r r. r r. r s r = + det det det

AS and A Level Further Mathematics B (MEI)

φ (x,y,z) in the direction of a is given by

VECTOR MECHANICS FOR ENGINEERS: Vector Mechanics for Engineers: Dynamics. In the current chapter, you will study the motion of systems of particles.

YEAR VSA (1 Mark) SA (4 Marks) LA (6 Marks) Total Marks

Prerna Tower, Road No 2, Contractors Area, Bistupur, Jamshedpur , Tel (0657) ,

ME 501A Seminar in Engineering Analysis Page 1


10.3 The Quadratic Formula

E-Companion: Mathematical Proofs

Insurance Risk EC for XL contracts with an inflation stability clause

MTH 146 Class 7 Notes

In Calculus I you learned an approximation method using a Riemann sum. Recall that the Riemann sum is

RECAPITULATION & CONDITIONAL PROBABILITY. Number of favourable events n E Total number of elementary events n S

Technical Appendix for Inventory Management for an Assembly System with Product or Component Returns, DeCroix and Zipkin, Management Science 2005.

XII. Addition of many identical spins

6.6 The Marquardt Algorithm

Optimality of Strategies for Collapsing Expanded Random Variables In a Simple Random Sample Ed Stanek

Minimizing spherical aberrations Exploiting the existence of conjugate points in spherical lenses

Chapter 2 Reciprocal Lattice. An important concept for analyzing periodic structures

Numerical Methods for Eng [ENGR 391] [Lyes KADEM 2007] Direct Method; Newton s Divided Difference; Lagrangian Interpolation; Spline Interpolation.

Reflection from a surface depends on the quality of the surface and how much light is absorbed during the process. Rays

A Dynamical Quasi-Boolean System

ANOTHER INTEGER NUMBER ALGORITHM TO SOLVE LINEAR EQUATIONS (USING CONGRUENCY)

2. Elementary Linear Algebra Problems

Week 8. Topic 2 Properties of Logarithms

Advanced Higher Maths: Formulae

Physics 11b Lecture #11

Elastic-Plastic Transition of Transversely. Isotropic Thin Rotating Disc

Electric Potential. and Equipotentials

Chapter Gauss-Seidel Method

Chapter 7. Kleene s Theorem. 7.1 Kleene s Theorem. The following theorem is the most important and fundamental result in the theory of FA s:

Soo King Lim Figure 1: Figure 2: Figure 3: Figure 4: Figure 5: Figure 6: Figure 7: Figure 8: Figure 9: Figure 10: Figure 11:

Chapter I Vector Analysis

_ J.. C C A 551NED. - n R ' ' t i :. t ; . b c c : : I I .., I AS IEC. r '2 5? 9

Objectives. Learning Outcome. 7.1 Centre of Gravity (C.G.) 7. Statics. Determine the C.G of a lamina (Experimental method)

Mathematically, integration is just finding the area under a curve from one point to another. It is b

under the curve in the first quadrant.

Lecture 3 summary. C4 Lecture 3 - Jim Libby 1

Executive Committee and Officers ( )

176 5 t h Fl oo r. 337 P o ly me r Ma te ri al s

P a g e 3 6 of R e p o r t P B 4 / 0 9

1 4 6 is symmetric 3 SPECIAL MATRICES 3.1 SYMMETRIC MATRICES. Defn: A matrix A is symmetric if and only if A = A, i.e., a ij =a ji i, j. Example 3.1.

Maximum likelihood estimate of phylogeny. BIOL 495S/ CS 490B/ MATH 490B/ STAT 490B Introduction to Bioinformatics April 24, 2002

DEPARTMENT OF CIVIL AND ENVIRONMENTAL ENGINEERING FLUID MECHANICS III Solutions to Problem Sheet 3

π,π is the angle FROM a! TO b

Semiconductors materials

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

SOLUTIONS ( ) ( )! ( ) ( ) ( ) ( )! ( ) ( ) ( ) ( ) n r. r ( Pascal s equation ). n 1. Stepanov Dalpiaz

NATIONAL SENIOR CERTIFICATE NASIONALE SENIOR SERTIFIKAAT GRADE 12/GRAAD 12

PhysicsAndMathsTutor.com

Exponential Generating Functions - J. T. Butler

I N A C O M P L E X W O R L D

( m is the length of columns of A ) spanned by the columns of A : . Select those columns of B that contain a pivot; say those are Bi

PROGRESSION AND SERIES

Calculus 241, section 12.2 Limits/Continuity & 12.3 Derivatives/Integrals notes by Tim Pilachowski r r r =, with a domain of real ( )

Chapter Simpson s 1/3 Rule of Integration. ( x)

Topics for Review for Final Exam in Calculus 16A

Transmuted Generalized Lindley Distribution

Parameter Estimation and Hypothesis Testing of Two Negative Binomial Distribution Population with Missing Data

MATHEMATICS II PUC VECTOR ALGEBRA QUESTIONS & ANSWER

Instruction Sheet COOL SERIES DUCT COOL LISTED H NK O. PR D C FE - Re ove r fro e c sed rea. I Page 1 Rev A

Differential Entropy 吳家麟教授

Handout 7. Properties of Bloch States and Electron Statistics in Energy Bands

Phys 2310 Fri. Oct. 23, 2017 Today s Topics. Begin Chapter 6: More on Geometric Optics Reading for Next Time

THIS PAGE DECLASSIFIED IAW EO IRIS u blic Record. Key I fo mation. Ma n: AIR MATERIEL COMM ND. Adm ni trative Mar ings.

Advanced Algorithmic Problem Solving Le 3 Arithmetic. Fredrik Heintz Dept of Computer and Information Science Linköping University

Difference Sets of Null Density Subsets of

Lecture 10: Condensed matter systems

Chapter 2 Intro to Math Techniques for Quantum Mechanics

Data Structures. Element Uniqueness Problem. Hash Tables. Example. Hash Tables. Dana Shapira. 19 x 1. ) h(x 4. ) h(x 2. ) h(x 3. h(x 1. x 4. x 2.

Complete Classification of BKM Lie Superalgebras Possessing Strictly Imaginary Property

VIII Dynamics of Systems of Particles

Transcription:

OMPLEX NUMBERS AND DEMOIVRES THEOREM. Geel om o omp umes + y whee s Rel pt d y s Imgy pt.. Sum o oot o uty s zeo. Poduct o oot o uty ( ). ue oots o uty e, ω, ω 5. + ω + ω, ω, 6. Ag z t pcp vlue o θ s π θ π 7. Ag o + y s y θ t o evey > 0, y > 0 8. y Ag o y s θt o evey > 0, y > 0 9. y Ag o + y s θπt o evey > 0, y > 0 0. Ag o y s θπ+ t o evey > 0, y > 0.. 5. 6. 7. ω, ω. Ag. z z z Agz z Agz Ag Ag Ag + zz z Agz Ag +,, +,( + ),( ) + + +, + z + z z + z ; z z z z whee ( + ) + ( ) os + π + π ( + ) + ( ) os I ee comp umes Z, Z, Z e colle e z z z z z z 8. Ae o tg omed y Z, IZ, Z + Z s Z 9. Ae o tg omed y Z, ωz, Z + ωz s Z 0. I Z ZZ + Z e og, Z, Z oms equltel tg. I Z, Z, Z oms equltel tg d Z 0 s ccum cete e Z + Z + Z Z, 0 AIEEE Memtcs Quck Revew + y. I Z, Z, Z oms equltel tg d Z 0 s ccum cete e Z + Z + Z Z Z + Z Z + Z Z + z + z z z ;. Dstce etwee two vetces Z, Z s.z z. z z 0 s cc w dus p d cete z 0 5. zz + zα+ zα+β 0 Repesets cc W dus α β whee α s oel comp d β s cost t 6. I z z k (k ) epesets cc w z z kz ± z eds o dmete k± I k e locus o z epesets le o pepedcul secto. 7. z z + z z k,k > z z e locus o z epesets Ellpse d k< zz t s ss, e t epesets hypeol 8. A(z ),B(z ),(z ), d θ s g etwee z z AB AB, A e e θ z z A 9. e θ osθ + Sθ osθ, e π, π π e,log 0. (osθ + Sθ) osθ + Sθ. osθ+sθsθ, sα. sβs (α+ β), sβ s( α+β ) sβ. I osθ+sθ e osθ Sθ + os S α α + osα Sα. I Σosα ΣSα Σosα ΣSα Σos α ΣS α, Σos α ΣS α / Σosα os(α + β + γ), ΣSα S(α + β + γ) Σos(α β γ), ΣS(α β γ),. + + c c ( + + c) ( + ω + cω ) ( + ω + cω) Qudtc Epessos. Stdd om o Qudtc equto s + +c Sum o oots, poduct o oots c, dscmte c I α, β e oots e Qudtc equto s (α + β) + αβ. I e oots o + + c e, c e + + c. I e oots o + + c e to m : e m (m + ) c. I oe oot o + + c s sque o e oe e c + c + c 5. I > 0 e e st vlue o + s 6. I,,..., e postve e e st vlue o www.sksheducto.com

www.sksheducto.com + +... + + +... + ( ) s 7. I + + c K e ge o K + c + c s,k 8. I e two oots e egtve, e,, c wll hve sme sg 9. I e two oots e postve, e e sg o, c wll hve deet sg o '' 0. () s polyoml e e equto whose oots e ecpocl o e oots o () s cesed y 'K' s ( K), multpled y K s (/K). Fo,, h R e oots o ( ) ( ) h e el d uequl. Fo,, c R e oots o ( ) ( ) + ( ) ( c) + ( c) ( ) e el d uequl. Thee oots o cucl equto e A.P, ey e tke s d,, + d. Fou oots A.P, d, d, +d, +d 5. I ee oots e G.P,, e tke s oots 6. I ou oots e G.P,,, e tke s oots 7. Fo + + c + d () Σα β (αβ + βγ + γα) (α + β + γ) αβ γ s s s () α +β +γ s s () (v) α +β +γ s s s + ss + s α +β +γ s ss + s (v) I + + c... to elmte secod tem oots e dmshed y Boml Theoem Ad Ptl Fctos. Nume o tems e epso ( + ) s +. Nume o tems e epso + ( ) + +... +. s I T+ + +, T p. Fo + q depedet tem s p p+ q + 5. I ove, e tem cotg s s 6. ( + ) s dvs y d ( + ) s dvs y. 7. oecet o (+) (+)...(+) 8. oecet o (+) (+)...(+) s ( + ) 9. oecet o ove s ( + )( )( + ) 0. I () ( + y) e sum o coecets s equl to (). Sum o coecets o eve tems s equl to (). Sum o coecets o odd tems s equl to. I () + + e A.P ( ) +. Fo (+y), s eve e oly oe mdd tem t s + tem. 5. Fo ( + y), s odd ee e two mdd tems t s + + tem d tem. 6. I e epso ( + y) s eve getest coecet s 7. I e epso ( + y) s odd getest coecets e, + s odd 8. Fo epso o (+ ) Geel otto 0 o,, 9. Sum o oml coecets o + + +... + 0. Sum o eve oml coecets o + + +.... Sum o odd oml coecets + + +... 5 MATRIES. A sque mt whch evey emet s equl to '0', ecept ose o pcpl dgol o mt s cld s dgol mt. A sque mt s sd to e scl mt ll e emets e pcpl dgol e equl d Oe emets e zeo's. A dgol mt A whch ll e emets e pcpl dgol e d e est '0' s cld ut mt. A sque mt A s sd to e Idem-potet mt A A, 5. A sque mt A s sd to e Ivolu-ty mt A I 6. A sque mt A s sd to e Symm-etc mt A A T A sque mt A s sd to e Skew symmetc mt A-A T 7. A sque mt A s sd to e Nlpotet mt I e ests postve tege such t A '' s e de o Nlpotet mt 8. I 'A' s gve mt, evey sque mt- c e epessed s sum o symme-tc d skew symmetc mt whee T Symmetc pt A+ A T A+ A usymmetc pt 9. A sque mt 'A' s cld oo-gol mt AA T I o A T A - 0. A sque mt 'A' s sd to e sgul mt det A. A sque mt 'A' s sd to e o sgul mt det A 0. I 'A' s sque mt e det Adet A T. I AB I BA e A d B e cld veses o ech oe. (A - ) - A, (AB) - B - A - 5. I A d A T e vet e (A T ) - (A - ) T 6. I A s o sgul o ode, A AdjA s vet, e A det A d 7. I A A d-c 0 c d d c c 8. (A - ) - A, (AB) - B - A -, (A T ) - (A - ) T (AB) - - B - p s + p+ q www.sksheducto.com

www.sksheducto.com A -. I A s o- sgul mt, e ) A(AdjA) A I ) Adj A A A - c) (Adj A) - Adj (A - ) d) Adj AT (Adj A) T e) Det (A - ) ( Det A) - ) Adj A A - g) ladj (Adj A ) l A ( - ) h) Fo y scl 'k' Adj (ka) k - Adj A 9. I A d B e two o-sgul mtces o e sme type e () Adj (AB) (Adj B) (Adj A) () Adj (AB) Adj A Adj B Adj B Adj A 0. To deteme k d soluto st co-vet mt to Echolo om.e. A Echolo om oa 0 y z 0 0 0 k l No o o zeo ows Rk o mt I e system o equtos AXB s cosstet e coe mt A d ugmeted mt K e o sme k Let AX B e system o equtos o '' ukows d ks o coe mt d k o ugmeted mt I, e AX B s cosstt,.e. t hs o soluto I e AXB s cosstt, t hs uque soluto I < e AXB s cosstt d t hs tely my ume o solutos Rdom Vs- Dstutos & Sttstcs. Fo polty dstuto w ge (,, ----) d P( ) e e poltes e me µ Σ P(- ) Vce σ Σ p -µ Stdd devto vce. I e postve tege p e el ume such t 0 P dom v X w ge (0,,,----) s sd to ollows oml dstuto. Fo Boml dstuto o (q+p) ) polty o occuece p ) polty o o occuece q ) p + q v) polty o '' successes P ( ) q p v) Me µ p v) Vce pq v) Stdd devto pq. I ume o tls e lge d po-lty o success s vey smll e posso dstuto s used d gve s k e P( k) λ λ k. ) I,,,... e vlues o vt, e ts Ametc Me ) Fo dvdul sees I A s ssumed vege e A.M ( A) A+ ) Fo dscete equecy dstuto: d A whee d A + N v) Med F l+ whee l Lowe lmt o Med clss equecy N Σ Wd o Med clss F umultve equecy o clss just pecedg to med clss v) Fst o lowe Qut devto N F Q l +. whee equecy o st qu clss F cumultve equecy o e clss just pecedg to st qut clss v) uppequtdevto m v) Mode Z l+. whee m l lowe lmt o modl clss w mmum equecy equecy pecedg modl clss equecy successve modl clss equecy o modl clss v) Mode Med - Me Q ) Qut devto Q ) coecet o qut devto N F Q l+. Q Q Q + Q ) coecet o Rge Rge Mmum + Mmum VETORS. A system o vectos,,... e sd to e lely depedet e ests scls,.... Such t + +... +... 0. Ay ee o copl vectos e le-ly depedet A system o vectos,,... e sd to e lely depedet ee + +... + tst oe o 0,,,. Ad detemt. Ay two colle vectos, y ee copl vectos e lely depedet. Ay set o vectos cotg ull vectos s lely depedet. I ABDEF s egul hego w cete 'G' e AB + A + AD + AE + AF AD 6AG. 5. Vecto equto o sphee w cete t c d dus s c o. c+ c 6., e eds o dmete e equto o sphee (. ) 7. I, e ut vectos e ut vecto log secto o AOB s ( + + ) o + ± + 8. Vecto log tel gul secto s ± λ + 9. I 'I' s cete o AB e, www.sksheducto.com

www.sksheducto.com 0. I 'S' s ccum cete o AB e, SA + SB + S SO. I 'S' s ccum cete, 'O' s oocete o AB e, OA + OB + O OS. I (,, ) & es e otted ough ) - s (, cosα + s α, cosα + s(90 α) ) y - s ( cos( 90 + α) + s ( 90 + α),,( cos α + s α)) ) z - s ( cosα + s α, ( cos( 90 + α) + s ( 90 + α), )) I 'O' s ccumcete o AB e Σ OAs A OA + OB + O (osde equltel ).. cosθ whee 0 θ 80 ). > 0 0< θ < 90 θ s cute ). < 0 90 < θ < 80 θ s otuse ). θ 90 two vectos e to ech oe.. I ght gd AB, AB s e hypoteuse d AB P e AB. B + B. A + A. AB P 5. AB s equltel tg o sde '' e AB. B AB. B + B. A + A. AB 6. B IA + A IB + AB I. +. j + k. ; + j + k 7. Vecto equto. o le pssg ough e pot A w P.V. d pll to '' s + t 8. Vecto equto o le pssg ough A (), B () s (-t) +t 9. Vecto equto. o le pssg ough & to c, + t( c) 0. Vecto equto. o p pssg ough pt A () d- pll to o-colle vectos & c s + s+ tc. s,t R d lso gve s c c c. Vecto equto. o p pssg ough ee o-colle Pots. A (), B (), c () s AB A AP.e + s + t c ( s t) + s+ sc,, c. Vecto equto. o p pssg ough pts A () B() d pll to () c s AP AB. Vecto equto o p, t dstce p (p >0) om og d to s. p. Pepedcul dstce om og to p pssg ough,,c c c + c + 5. P pssg ough d pll to,c s [ -, - c] d [ c] [c] 6. Vecto equto o p pssg ough A,B, w posto vectos,,c s [ -, -, c-] 0 d.[ c + c + ] c 7. Let, 0 e two vectos. The ) The compoet o o s. ) The pojecto o o s (. ). 8. ) The compoet o o s (. ) ) e pojecto o o s ) e pojecto o o vecto pepe-dcul to' ' e p geeted y (. ), s 9. I, e two ozeo vectos e. cos (, ) 0. I, e ot pll e s pepedcul to o o e vectos,.. I, e ot pll e., om ght hded system.. I, e ot pll e s (. ) d hece. I s y vecto e. I, e two vectos e -. 5. - s cld tcommuttve lw. 6. I, e two ozeo vectos, e s (, ) 7. I AB s tg such t AB, A e e vecto e o AB s d scl e s [ ] 8. I,,c e e posto vectos o e vetces o tg, e e vecto e o e tg + c+ c 9. I ABD s pllogm AB, B d e e vecto e o ABD s l l 0. The g o e pojecto o o vecto pepedcul to e p geeted y, s. The pepedcul dstce om pot P to e le jog e pots A,B s AP AB AB. Toque: The toque o vecto momet o momet vecto M o oce F out pot P s deed s M F whee s e vecto om e pot P to y pot A o e le o cto L o F..,,c e copl e [c]0. Volume o pllopped [c] w,, c s cotemus edges. 5. The volume o e teedo ABD s ± AB A AD 6 6. I,,c e ee cotemous edges o teedo e e volume o e teedo ± [ ] 6 c 7. The ou pots A,B,,D e copl AB A AD 8. The shotest dstce etwee e skew les +s d c+ td s [ c, d] d 9. I,j,k e ut vectos e [ j k] 50. I,,c e vectos e [+, +c, c+] [c] www.sksheducto.com

www.sksheducto.com 5. [, c, c ] (c) 5. Σ ( ) 5. +.. c. d. 5. ( )(. c d) c. d. 55. I A,B,,D e ou pots, d AB D + B AD + A BD ( AB ) c c 56.,, c [ c] [ c] [ c] e cld ecpocl system o vectos 57. I,,c e ee vectos e [ c] [ c ] [c ] -[ c] -[c ] -[ c ] 58.Thee vectos e copl det I + j + k, + j + k, + j + ck whee c e copl e + + ) c ) + + c c Pepto Tps - Memtcs Memozg ld mk poms (emem-eg stdd omu, cocepts so t you c pply em dectly) d eg stog metl clcultos e essetl (Neve use e clculto dug you ete AIEEE pepto. Ty to do st d sec-od vel o clcultos metlly You e gog to ppe o AIEEE s ye, you must e vey codet, do't p-c,t s ot dcult d tough. You eed to some specl tps d tcks to solve e AIEEE questos to get e top k. Do't ty to tke up ew topcs s ey co-sume tme, you wll lso lose you code-ce o e topcs t you hve ledy pe-ped. Do't ty to ttempt 00% o e ppe ul-ess you e 00% codet: It s ot ece-ssy to ttempt e ete questo ppe, Do't ty you e ot sue d codet s ee s egtve mkg. I you e codet out 60% o e questos, t wll e eough to get good k. Neve swe questos ldly. Be wse, peplg s vey mpott. Thee e mly ee dculty vels, s-mp, tough d vege. Fst ty to sh ll e smp questos to oost you o-dece. Do't oget to solve questo ppes o pevous yes AIEEE eoe e emt-o. As you pepe o e od emt-o, you should lso pepe d solve e lst ye questo ppes o AIEEE. You lso eed to set e hous tme o ech d evey pevous ye ppe, t wll help you to judge yousel, d s wll t you kow you wek d stog es. You wll gdully ecome codet. You eed to cove you ete syllus ut do't ty to touch y ew topc e e-mto s close y. Most o e questos AIEEE e ot d-cult. They e just deet & ey equ-e deet ppoch d deet m-dset. Ech questo hs emet o su-pse t & studet who s dept tck-lg 'supse questos' s most lkely to sl ough successully. It s vey mpott to udestd wht you hve to ttempt d wht you hve to omt. Thee s lmt to whch you c mpove you speed d stke te eyod whch wht ecomes vey mpott s you sec-to o questo. So success depeds upo how judcously oe s to sect e questos. To optmze you peomce you should quckly sc o esy questos d come ck to e dcult oes lte. Rememe t cut-o most o e e-ms moves etwee 60 to 70%. So you o-cus o esy d vege questo.e. 85% o e questos, you c esly scoe 70% mks wout eve ttemptg dcult qu-estos. Ty to esue t e tl hous o e ppe e ocus should e c-ly o esy d vege questos, Ate hous you c decde whee you wt to move to dcult questos o evse e oes ttempted to esue hgh stke te. Topc-wse tps Tgoomety: I tgoomety, studets usully d t d-cult to memoze e vst ume o omul-e. Udestd how to deve omu d e pply em to solvg poms.the mo-e you pctce, e moe ged you - ese omu wll e, elg you to e-cll em y stuto. Dect questos om tgoomety e usully ss ume, ut e use o tgoometc cocepts oo-dte Geomety & lculus s vey pouse. oodte Geomety: Ths secto s usully cosdeed ese tgoomety. Thee e my commo coc-epts d omu (such s equtos o tg-et d oml to cuve) coc sectos (cc, pol, ellpse, hypeol). Py tt-eto to Locus d elted topcs, s e udestdg o ese mkes coodte Geome-ty esy. lculus: lculus cludes cocept-sed poms whch eque lytcl sklls. Fuctos e e ckoe o s secto. Be oough w popetes o ll types o uctos, such s tgoometc, lgec, vese tgoom-etc, logmc, epoetl, d sgum. Appomtg sketches d gphcl tep-ettos wll help you solve poms ste. Pctcl pplcto o devtves s vey vst e, ut you udestd e sc cocepts volved, t s vey esy to scoe. Alge: Do't use omu to solve poms top-cs whch e logc-oeted, such s pemut-tos d comtos, polty, locto o oots o qudtc, geometcl pplct-os o comp umes, vectos, d D-geomety. AIEEE 009 Memtcs Secto Alyss o BSE syllus O ll e ee sectos e AIEEE 009 ppe, e Memtcs secto ws e toughest. Questos wee eqully dvded etwee e syll o lss XI d XII. My cddtes stuggd w e lculus d oodte Geomety potos. lss XI Syllus Topc No. o Questos Tgoomety Alge (XI) 6 oodte Geomety 5 Sttstcs -D (XI) lss XII Syllus Topc No. o Questos lculus 8 Alge (XII) Polty -D (XII) Vectos www.sksheducto.com