Angular impulse- angular momentum theorem Force acting over some time. 20,000 kg*m/s Isolated 5.28 x 10^3 kg*m/s Law of conservation of momentum 200 kg*m/s Closed Newton- seconds 696.8 kg*m/s angular velocity and rotational inertia 2500 Ns It is zero 9.0 cm/s 0.33 Nm Impulse- Momentum Theorem Momentum Inversely Equal and opposite Constant Angular momentum Conservation of angular momentum Impulse Precession time interval Angular impulse- angular momentum theorem Force acting over some time. 20,000 kg*m/s Isolated 5.28 x 10^3 kg*m/s Law of conservation of momentum 200 kg*m/s Closed Newton- seconds 696.8 kg*m/s angular velocity and rotational inertia 2500 Ns It is zero 9.0 cm/s 0.33 Nm Impulse- Momentum Theorem Momentum Inversely Equal and opposite Constant Angular momentum Conservation of angular momentum Impulse Precession time interval
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Angular impulse-angular momentum theorem
Force acting over some time.
20,000 kg*m/s
Isolated
5.28 x 10^3 kg*m/s
Law of conservation of momentum
200 kg*m/s
Closed
Newton-seconds
696.8 kg*m/s
angular velocity and rotational inertia
2500 Ns
It is zero
9.0 cm/s
0.33 Nm
Impulse-Momentum Theorem
Momentum
Inversely
Equal and opposite
Constant
Angular momentum
Conservation of angular momentum
Impulse
Precession
time interval