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In Process. Question in Exam 10-15
A. Kinematics of particles
A. Kinematics of particles
A1.Particle Kinematics: Position Coordinate via Velocity
A1.Particle Kinematics: Position Coordinate via Velocity
37.5.pdfA2. Particle Kinematics: VelocityÂ
A2. Particle Kinematics: VelocityÂ
37.1.pdfA3. Particle Kinematics: Minimum VelocityÂ
A3. Particle Kinematics: Minimum VelocityÂ
37.13.pdfA4. Particle Kinematics: (Initial) Acceleration 1Â
A4. Particle Kinematics: (Initial) Acceleration 1Â
37.7.pdfA5. Particle Kinematics: Acceleration 2
A5. Particle Kinematics: Acceleration 2
2010 Question 4.pdfA6. Cartesian Coordinates (Magnitude of Particle's Acceleration)
A6. Cartesian Coordinates (Magnitude of Particle's Acceleration)
37.12.pdf
A10.Plane Circular Motion: Angular Acceleration
A10.Plane Circular Motion: Angular Acceleration
37.9.pdfA11. Constant Acceleration
A11. Constant Acceleration
37.6.pdfA19. Non-constant Acceleration
A19. Non-constant Acceleration
NCESS question 40.pdfB. Kinetic Friction
B. Kinetic Friction
Maximum Force using Particle Kinetics and Friction
Maximum Force using Particle Kinetics and Friction
2010 Question 35.pdfC. Newton's Second Law for particlesÂ
C. Newton's Second Law for particlesÂ
D. Work-energy of Particles
D. Work-energy of Particles
E. Impulse-momentum of Particles
E. Impulse-momentum of Particles
Impact with a stationary mass
Impact with a stationary mass
NCESS question 38.pdfF. Kinematics of Rigid Bodies
F. Kinematics of Rigid Bodies
G. Kinematics of mechanisms
G. Kinematics of mechanisms
H. Newton's Second Law for Rigid Bodies
H. Newton's Second Law for Rigid Bodies
I. Work-energy of rigid Bodies
I. Work-energy of rigid Bodies
J. Impulse-momentum of Rigid Bodies
J. Impulse-momentum of Rigid Bodies
K. Free and Forced Vibrations
K. Free and Forced Vibrations
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