Momentum is calculated by multiplying an object's mass by its ______.
velocity
What is the standard unit for momentum in the SI system?
kg.m/s
Momentum is also known as moving ________.
Inertia
What are the other unit of Force?
kg.m/s2
I=Ft
If a truck and a ladybug are moving at the same speed, the truck has more momentum because it has more ______.
Mass
An impulse is defined as the _________ applied to an object multiplied by the time it is applied.
Force
What is the SI unit for Impulse?
N.s
A 10kg box is sliding at 3m/s. What is the magnitude of its momentum?
30 kg.m/s
Formula for Impulse - Momentum Theory?
Ft = mv
An ______ is what we call a force applied over a specific amount of time, which causes a change in momentum.
Impulse
According to the Impulse-Momentum Theorem, an impulse applied to an object is equal to its change in __________.
Momentum
A 5.5kg ball is moving at 54 m/s. What is its momentum?
297 kg.m/s
If you apply a force of 3.5 N for 20 seconds, what is the impulse?
70 N.s
If the object has a mass of 5kg and accelerate at 6.7 m/s2 and stopped at 4.5 seconds? What is the average force exerted to an object and impulse of an object?
J = 150.75 N.s
If a heavy truck and a light car are both stopped, which one has more momentum?
None
If two objects have the same velocity, the one with the higher __________ will have more momentum.
mass
If a heavy bowling ball and a light tennis ball are pushed with the exact same amount of force for the exact same amount of time, which ball has the higher momentum?
Tennis
A 1.2 kg object has a momentum of 6.7 kg.m/s. What is its velocity?
5. 58 m/s
Which has more momentum: a 8.8 kg rocket moving at 500 m/s or a 55 kg person walking at 0.1m/s?
rocket
Kinematic Equation 1?
d=Vit + 1/2at2
A car's braking system can apply a maximum force of 350N. If a 750kg car is moving at 70 m/s what is the minimum time required to stop?
150 seconds.
A 3 metric ton kg car traveling at 57 m/s strikes a wall and comes to a complete stop in 4 seconds. What is the average force exerted on the car?
42,750 N
A 7.5 kg bowling ball is moving at 5.0 m/s. It hits a pillow and stops in 1.2 seconds. What is the force exerted by the pillow?
31.25 N
A 0.1 kg rubber ball is dropped and hits the floor at 5 m/s. It bounces back up at 5 m/s. What is the impulse provided by the floor?
1.0 N.s