Conceptual 4-2 (A)

Last updated over 2 years ago

8 questions

Note from the author:

Instructions

Required

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

Required

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

Required

A gymnast (mass = 62 kg) climbs up a rope with an acceleration of +0.5 m/s2. What is the net force on the rope? (include units)

Required

Given the net forces acting on these objects, which box is going to accelerate the most?
(in the case of a tie, pick just one)

Required

Draw a free body diagram for a water bottle sitting on a table. Include ALL forces acting on the object.

Required

You are pushing your little sister in a stroller across a bumpy road. Draw a free body diagram for the stroller, including all forces that you think are acting on it.

Conceptual 4-2 (A)

Conceptual 4-2 (A)

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

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

A gymnast (mass = 62 kg) climbs up a rope with an acceleration of +0.5 m/s2. What is the net force on the rope? (include units)

Given the net forces acting on these objects, which box is going to accelerate the most?
(in the case of a tie, pick just one)

Draw a free body diagram for a water bottle sitting on a table. Include ALL forces acting on the object.

You are pushing your little sister in a stroller across a bumpy road. Draw a free body diagram for the stroller, 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 +0.5 m/s2. What is the net force on the rope? (include units)

Given the net forces acting on these objects, which box is going to accelerate the most?
(in the case of a tie, pick just one)

Draw a free body diagram for a water bottle sitting on a table. Include ALL forces acting on the object.

You are pushing your little sister in a stroller across a bumpy road. Draw a free body diagram for the stroller, including all forces that you think are acting on it.

Which means this object's acceleration is:

Which means this object is accelerating at a rate of:

Conceptual 4-2 (A)

Conceptual 4-2 (A)

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

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

A gymnast (mass = 62 kg) climbs up a rope with an acceleration of +0.5 m/s2. What is the net force on the rope? (include units)

Given the net forces acting on these objects, which box is going to accelerate the most?(in the case of a tie, pick just one)

Draw a free body diagram for a water bottle sitting on a table. Include ALL forces acting on the object.

You are pushing your little sister in a stroller across a bumpy road. Draw a free body diagram for the stroller, 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 +0.5 m/s2. What is the net force on the rope? (include units)

Given the net forces acting on these objects, which box is going to accelerate the most?(in the case of a tie, pick just one)

Draw a free body diagram for a water bottle sitting on a table. Include ALL forces acting on the object.

You are pushing your little sister in a stroller across a bumpy road. Draw a free body diagram for the stroller, including all forces that you think are acting on it.

Which means this object's acceleration is:

Which means this object is accelerating at a rate of:

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

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

Given the net forces acting on these objects, which box is going to accelerate the most?
(in the case of a tie, pick just one)

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

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

Given the net forces acting on these objects, which box is going to accelerate the most?
(in the case of a tie, pick just one)