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centre of mass of objects
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integration by parts
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integration using the trapezium rule and Simpson's rule
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first order linear differential equations
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second order linear differential equations
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vector equations of lines and planes
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simultaneous equations and matrices
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centre of mass of objects
(L
a
T
e
X)
integration by parts
(L
a
T
e
X)
integration using the trapezium rule and Simpson's rule
(L
a
T
e
X)
first order linear differential equations
(L
a
T
e
X)
second order linear differential equations
(L
a
T
e
X)
vector equations of lines and planes
(L
a
T
e
X)
simultaneous equations and matrices
(L
a
T
e
X)
1
2
7 files in this resource
Exam 1997
Exam and solutions in LaTex
Added By:
Justin Bradley
Date Added:
22 Apr 2009 11:48
Tags:
Mechanics
,
Exam Answer
,
integration trapezium rule Simpson's rule
,
first order linear differential equations
,
Linear First Order ODEs
,
Integration by Parts
,
simultaneous equations matrices
,
3D Vector Geometry
,
Linear Second Order ODEs
,
Exam Question
,
centre mass
,
vector equations lines planes
,
mathbank
,
integration by parts
,
Integral Calculus (one variable)
,
second order linear differential equations
,
Systems of Linear Equations
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URL:
http://hub.edshare.ac.uk/id/eprint/2861
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Better Blended Learning