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Impulse and Momentum Impulse and momentum stem from Newton’s Second Law: Impulse (FΔt): The product of the force and the time it acts on an object. (N·s)

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Page 1: Impulse and Momentum Impulse and momentum stem from Newton’s Second Law: Impulse (FΔt): The product of the force and the time it acts on an object. (N·s)
Page 2: Impulse and Momentum Impulse and momentum stem from Newton’s Second Law: Impulse (FΔt): The product of the force and the time it acts on an object. (N·s)

Impulse and MomentumImpulse and momentum stem from Newton’s Second Law:

Impulse (FΔt): The product of the force and the time it acts on an object. (N·s)

Momentum (ρ = m Δv): The product of mass of an object and its velocity. (kg·m/s)

Impulse Momentum Theorem: Equation seen here.

Page 3: Impulse and Momentum Impulse and momentum stem from Newton’s Second Law: Impulse (FΔt): The product of the force and the time it acts on an object. (N·s)
Page 4: Impulse and Momentum Impulse and momentum stem from Newton’s Second Law: Impulse (FΔt): The product of the force and the time it acts on an object. (N·s)
Page 5: Impulse and Momentum Impulse and momentum stem from Newton’s Second Law: Impulse (FΔt): The product of the force and the time it acts on an object. (N·s)

Angular MomentumAngular Momentum (L): The product of a rotating object’s moment of inertia and its angular velocity. (kg·m2/s)

Page 6: Impulse and Momentum Impulse and momentum stem from Newton’s Second Law: Impulse (FΔt): The product of the force and the time it acts on an object. (N·s)

Conservation of Momentum

Closed System: A system where no mass is gained or lost

Isolated System: No external forces interfering.

Conservation of Momentum: Momentum in a closed, isolated system will never change.

Page 7: Impulse and Momentum Impulse and momentum stem from Newton’s Second Law: Impulse (FΔt): The product of the force and the time it acts on an object. (N·s)
Page 8: Impulse and Momentum Impulse and momentum stem from Newton’s Second Law: Impulse (FΔt): The product of the force and the time it acts on an object. (N·s)