EMch 212 , Sample Exam Problems

Acceleration of a body under influence of 2 forces
2-D motion, acceleration given
2-D motion, as function of an angle
Force, linear acceleration
Rectilinear motion, v(s) given
2-D motion in constant gravity
Velocity, given acceleration as func of velocity
Sky-diver, quadratic air-resistance
Rectilinear motion, integrate, as function of time
rain drop, speed distance, v²
Given forces, evaluate acceleration
Single particle, force on gliding in slot
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Car over Hill, Path coordinates
Roller coaster, path-normal or polar
Single particle, Path coordinates, motion along curve
Tangential/normal force, transition train track
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Determine acceleration using polar coordinates
Forces-acceleration, polar coordinates
Given path, determine forces in polar coordinates
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2-D, relative velocity
Linkage and velocity
Linkage and velocity
Linkage and velocity
Linkage, relative velocity
Linkage, acceleration
2-D, constrained motion
x-y velocity acceleration from angular
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Work-Energy, spring,friction,gravity
2 particles, linear momentum and impuls
Single particle, work-energy method
Single particle, work-energy method
Single particle, work-energy method
FMA and MIalpha
Solid body, rotation about fixed axis, 3-D
Motion of Center of Mass of 2 Particles
FMA on system of 2 particles, constrained motion
FMA on system of 2 particles, constrained motion
Single particle, conservation of angular momentum
Single particle, conversion of energy
System of particles, linear momentum,velocity,acceleration
Single particle, impuls-momentum
Moment of inertia, straight rod
Rigid body, 2-d motion, moment of inertia
Rotation about fixed axis, 3-D
Moment of inertia, circular plate
Moment of Inertia, Rigid Body
Motion of Rod under influence of gravity
Conservation of angular momentum
Calculate angular momentum
Mass moment of Inertia, semi-disk
Linear and angular acceleration in 2D under influence of 2 forces


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Last revised: 09/14/13