MathsNet: K - Kinematics - A motorbike

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33-D Geometry, 3D Shapes

AAlgebra, Algebra and Functions, Algorithms, Algorithms on graphs, Applications, Applications of the integrals, Area, Areas, Areas Related to Circles, Arithmetic, Arithmetic Progressions, Algebraic Expressions, Applying Congruence and Similarity, Approximate Solutions Using Graph

BBinomial Theorem, The Binomial Distribution, The Normal Distribution, Probability

CCalculus, Centres of Mass, Circles, Collecting data, Collisions, Combinations of random variables, Complex Numbers, Complex Numbers and Quadratic Equations, Compound measures, Construction, Constructions, Continuous Distributions, Continuous Random Variables, Coordinate geometry, Coordinates, Correlation and Regression, Critical path analysis, Summary

DDecimals, Determinants, Differential equations, Differentiation, Dimensions, Direct and indirect proportion, Discrete Random Variables, Displaying data, Drawing, Dynamics, Statics, Calculus

EEnlargement, Equivalence classes, Estimation, Exam preparation, Exponentials and logs, Differentiation, Dynamics

F1st Order Differential Equations, Financial mathematics, Flows in a network, Fourier series, Fractions, Functions, Functions and expressions, Further Dynamics, Summary

GGeometry, Goodness of fit, Graphic calculators, Graphics calculator, Graphs, Groups, Summary

HHyperbolic Functions, Hypothesis Tests, Hypothesis Testing

IImpulse and momentum in 2D, Indices, Inequalities, Integer Arithmetic, Integration, Introduction to 3-Dimesional Geometry, Inverse Laplace transforms, Inverse Trigonometric Functions, Irrational Functions, Inequalities in One Variable

KKinematics, Summary

LLaplace transforms, Limits and continuity, Limits and Derivatives, Linear Equations in 2 Variables, Linear programming, Linear-Programming, Summary

MMaclaurin and Taylor Series, Matchings, Mathematical modelling, Matrices, Matrix algebra, Measures, Mensuration, Moments, Motion in a circle, Multivariable calculus, Summary

NNotation, Number, Number and algebra, Numerical Methods, The Normal Distribution

OOscillations, Summary

PPaper 1, Paper 2, Percentages, Perimeter area volume, Permutation and Combinations, Piecewise functions, Polar Coordinates, Polynomials, Powers and roots, Probability, Proof, Properties of shapes, The Poisson Distribution, Statistics

QQuadratic equations, Quadratic functions

RRoute inspection, Summary

S2nd Order Differential Equations, Sampling, Scales and ratios, Sequence and Series, Sequences, Sequences and series, Sets, Shape and space, Simple equations, Simulation, Simultaneous equations, Statics, Statistical models, Statistics, Summarising data, Surds, Surface Area and Volume, Surface Areas and Volumes, Symbolic Logic, Symbols, Systems of D.E.s, Systems of Rigid Bodies, Straight Line Graphs, Sketching Graphs of Functions, Solving Quadratics by Factorising, Simultaneous Linear Equations, Special Sequences

TTransformations, Travelling salesman problem, Triangles, Trigonometry

UUpper and lower bounds, Using a calculator

VVectors

WWork and Energy

MAPSelect Using the Interactive Map

Awarding Bodies

Page ID: 2875

K | Kinematics | Use of calculus | «A motorbike»

If v represents the velocity of an object at time t then s = \displaystyle \int v \, dt will represent its position.

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This question appears in the following syllabi:

Syllabus	Module	Section	Topic	Exam Year
AP Calculus AB (USA)	4	Kinematics	Use of calculus	-
AP Calculus BC (USA)	4	Kinematics	Use of calculus	-
AQA A-Level (UK - Pre-2017)	M2	Kinematics	Use of calculus	-
AQA A2 Further Maths 2017	Mechanics	Extra	Motion Calculus	-
AQA AS Maths 2017	Mechanics	Kinematics and Units	Using Calculus	-
AQA AS/A2 Further Maths 2017	Mechanics	Extra	Motion Calculus	-
AQA AS/A2 Maths 2017	Mechanics	Kinematics and Units	Using Calculus	-
CCEA A-Level (NI)	M1	Kinematics	Use of calculus	-
CIE A-Level (UK)	M1	Kinematics	Use of calculus	-
Edexcel A-Level (UK - Pre-2017)	M2	Kinematics	Use of calculus	-
Edexcel AS Further Maths 2017	Further Mechanics 2	Kinematics	Using Calculus	-
Edexcel AS Maths 2017	Mechanics	Variable Acceleration Motion	Using Calculus	-
Edexcel AS/A2 Further Maths 2017	Further Mechanics 2	Kinematics	Using Calculus	-
Edexcel AS/A2 Maths 2017	Mechanics	Variable Acceleration Motion	Using Calculus	-
I.B. Higher Level	6	Kinematics	Use of calculus	-
I.B. Standard Level	6	Kinematics	Use of calculus	-
Methods (UK)	M9	Kinematics	Use of calculus	-
OCR A-Level (UK - Pre-2017)	M1	Kinematics	Use of calculus	-
OCR A2 Further Maths 2017	Mechanics	Further Dynamics and Kinematics	Using Calculus	-
OCR AS Maths 2017	Mechanics	Working with Motion	Using Calculus	-
OCR MEI A2 Further Maths 2017	Mechanics B	Vectors and Variable Forces	Using Calculus	-
OCR MEI AS Maths 2017	Mechanics	Working with Motion	Using Calculus	-
OCR-MEI A-Level (UK - Pre-2017)	M1	Kinematics	Use of calculus	-
Pre-U A-Level (UK)	Mech	Kinematics	Use of calculus	-
Scottish Advanced Highers	M1	Kinematics	Use of calculus	-
Scottish (Highers + Advanced)	AM1	Kinematics	Use of calculus	-
Universal (all site questions)	K	Kinematics	Use of calculus	-
WJEC A-Level (Wales)	M2	Kinematics	Use of calculus	-