S1W6 Newton's first two laws - Gwyneth Lenfest | Library

Required

1

This is a position vs time graph. is the man walking faster or slower in the green section compared to the red section?

Required

1

what is the farthest distance the walker gets from his starting point?

Required

1

A clown is throwing a ball up and down on a railroad platform moving through town. Which of the following is the difference between the frame of reference of someone on the car, vs someone on the ground?

1

Plug and chug time. You are on earth and you toss a ball up in the air with the initial velocity of 4 m/s. The ball starts 1 meter from the ground. How long does it take to hit the ground. given the following equation, what do you know?

Required

1

which of the following acceleration graph matches the above velocity graph?

Required

1

Required

1

Which of these is the best definition of inertia?

Required

1

Mass is simply a measurement of inertia. What is the definition of mass?

Required

1

Which of the following is a good example of Newton's first law of motion?

Required

1

Some people (such as me) will state newton's first law as a "unbalanced" external force rather than a "net" force. What does unbalanced mean here?

Required

1

Read in your physics book the following 56-62, the sections on Newton's first law, mass, and newtons second law of motion. the first two sections should re-ieterate the last video. Focus on the section on the second law. do you have any questions?

Required

1

If an object has no acceleration, does that mean there are no forces on the object? explain why or why not?

Required

1

What is the difference between weight and mass?

Required

1

true/false - and object with mass can have no weight

Required

1

Required

1

assume a rocket had a constant acceleration of 0.01m/s^2, Using v=at, what is the velocity of that rockets after 10 days?

1

A 400 kg bear is grasping a vertical tree slides down at a constant velocity. What is the friction force that acts on the bear?

1

	1 m	4 m/s	-9.8 m/s^2	9.8 m/s^2	5 seconds	3 m	0 m	Variable we are looking for
a
v0
x0
time when it hits
position when it hits