Conceptual 4-2 (B)

Instructions

Required

1

The net force on this object is:
(include units and directions)

Required

1

Required

1

The net force on this object is:
(include units and directions)

Required

1

Which means this object is accelerating at a rate of:

Required

1

A gymnast (mass = 62 kg) climbs up a rope with an acceleration of +0.4 m/s2. What is the net force on the rope? (include units)

Required

1

Given the forces acting on these objects, which box is going to accelerate the most?
(assume they are all the same mass!)

Required

2

Draw a free body diagram for you, as you are sitting in your chair right now. Include all the forces that you think are acting on you.

Required

2

Conceptual 4-2 (B)

The net force on this object is:
(include units and directions)

The net force on this object is:
(include units and directions)

Which means this object is accelerating at a rate of:

A gymnast (mass = 62 kg) climbs up a rope with an acceleration of +0.4 m/s2. What is the net force on the rope? (include units)

Given the forces acting on these objects, which box is going to accelerate the most?
(assume they are all the same mass!)

Draw a free body diagram for you, as you are sitting in your chair right now. Include all the forces that you think are acting on you.

You are pushing a soccer goal across a grassy field. Draw a free body diagram for the goal, including all forces that you think are acting on it.

The net force on this object is:
(include units and directions)

Which means this object's acceleration is:

The net force on this object is:
(include units and directions)

Which means this object is accelerating at a rate of:

A gymnast (mass = 62 kg) climbs up a rope with an acceleration of +0.4 m/s2. What is the net force on the rope? (include units)

Given the forces acting on these objects, which box is going to accelerate the most?
(assume they are all the same mass!)

Draw a free body diagram for you, as you are sitting in your chair right now. Include all the forces that you think are acting on you.

You are pushing a soccer goal across a grassy field. Draw a free body diagram for the goal, including all forces that you think are acting on it.

Which means this object's acceleration is:

Conceptual 4-2 (B)

Conceptual 4-2 (B)

The net force on this object is:(include units and directions)

The net force on this object is:(include units and directions)

Which means this object is accelerating at a rate of:

A gymnast (mass = 62 kg) climbs up a rope with an acceleration of +0.4 m/s2. What is the net force on the rope? (include units)

Given the forces acting on these objects, which box is going to accelerate the most?(assume they are all the same mass!)

Draw a free body diagram for you, as you are sitting in your chair right now. Include all the forces that you think are acting on you.

You are pushing a soccer goal across a grassy field. Draw a free body diagram for the goal, including all forces that you think are acting on it.

The net force on this object is:(include units and directions)

Which means this object's acceleration is:

The net force on this object is:(include units and directions)

Which means this object is accelerating at a rate of:

A gymnast (mass = 62 kg) climbs up a rope with an acceleration of +0.4 m/s2. What is the net force on the rope? (include units)

Given the forces acting on these objects, which box is going to accelerate the most?(assume they are all the same mass!)

Draw a free body diagram for you, as you are sitting in your chair right now. Include all the forces that you think are acting on you.

You are pushing a soccer goal across a grassy field. Draw a free body diagram for the goal, including all forces that you think are acting on it.

Which means this object's acceleration is:

The net force on this object is:
(include units and directions)

The net force on this object is:
(include units and directions)

Given the forces acting on these objects, which box is going to accelerate the most?
(assume they are all the same mass!)

The net force on this object is:
(include units and directions)

The net force on this object is:
(include units and directions)

Given the forces acting on these objects, which box is going to accelerate the most?
(assume they are all the same mass!)