Conceptual 4-2 (A)

Last updated almost 3 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

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)

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)

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)

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:

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)

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)

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)

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)

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:

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)

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)