Week 4 - Forces Capabilities

1

Which of the following is the fundamental unit for a force?

1

Which of the following is Newton's Second Law?

1

Which of the following is true for the force of gravity?

1

What is the force of gravity acting on an object with a mass of 2.5 kg?

Hint: You can use 10 m/s^2 for the acceleration due to gravity.

The first blank is for the value. The second blank is for the units.

F =

1

The force of ( friction, gravity, normal, tension, compression ) is the force that resists all motion.

1

Put the appropriate forces in the correct spot for this object, a box acceleration to the right due to an applied force.

1

What is the net force acting on this object?

First blank is for the value. Second blank is for the units. Third blank is for the direction.

Net Force =

1

What is the net force on a object with the following forces acting upon it:

First blank is the resultant value. Second blank is the units. Third blank is the angle from the + x axis.

+x = 10 N
- x = 13 N
+y = 0 N
- y = 4 N

R = @ degrees

1

is the force between all masses.
is the force that resists all motion.
is the force that resists an object being pulled into another object. It is always 90 degrees to its surface.

1

A 10 kg box is moving on a rough surface with a speed of 1 m/s. It comes to rest in 2 seconds. What is the force of friction acting on the box?

11 Physics (11 Physics Fundamental Skills) Quiz on Week 4 - Forces Capabilities, created by Ryan Elwell on 05/12/2019.

Week 4 - Forces Capabilities

Which of the following is the fundamental unit for a force?

Which of the following is Newton's Second Law?

Which of the following is true for the force of gravity?

What is the force of gravity acting on an object with a mass of 2.5 kg? Hint: You can use 10 m/s^2 for the acceleration due to gravity. The first blank is for the value. The second blank is for the units. F =

The force of friction gravity normal tension compression( friction, gravity, normal, tension, compression ) is the force that resists all motion.

Put the appropriate forces in the correct spot for this object, a box acceleration to the right due to an applied force.

What is the net force acting on this object? First blank is for the value. Second blank is for the units. Third blank is for the direction. Net Force =

What is the net force on a object with the following forces acting upon it: First blank is the resultant value. Second blank is the units. Third blank is the angle from the + x axis. +x = 10 N - x = 13 N +y = 0 N - y = 4 N R = @ degrees

is the force between all masses. is the force that resists all motion. is the force that resists an object being pulled into another object. It is always 90 degrees to its surface.

A 10 kg box is moving on a rough surface with a speed of 1 m/s. It comes to rest in 2 seconds. What is the force of friction acting on the box?

What is the force of gravity acting on an object with a mass of 2.5 kg?

Hint: You can use 10 m/s^2 for the acceleration due to gravity.

The first blank is for the value. The second blank is for the units.

F =

The force of ( friction, gravity, normal, tension, compression ) is the force that resists all motion.

What is the net force acting on this object?

First blank is for the value. Second blank is for the units. Third blank is for the direction.

Net Force =

What is the net force on a object with the following forces acting upon it:

First blank is the resultant value. Second blank is the units. Third blank is the angle from the + x axis.

+x = 10 N
- x = 13 N
+y = 0 N
- y = 4 N

R = @ degrees

is the force between all masses.
is the force that resists all motion.
is the force that resists an object being pulled into another object. It is always 90 degrees to its surface.