Express your answer to two signifcant figures and include the appropriate units.
If you push a crate across a factory floor.
If the force of friction on the crate is a steady 70 n find the ke gained by the crate.
Because of friction net work on the crate is less.
A horizontal force of 100 n is required to push a crate across a factory floor at a constant speed.
The fact that the net force on an object equals zero means that the force of friction must be equal in the magnitude and opposite in direction to our pushing force.
How much work is done when you push a crate horizontally with 150 n across a 15 m factory floor.
You do f x d 100 n x 10 m 1000 j of work.
What is the net force acting on the crate.
If you push a crate horizontally with a force of 100 n across a 10 m factory floor and the friction force between the crate and the floor is a steady 70 n how much kinetic energy does the crate.
B if the force of friction on the crate is a steady 70 n show that the ke gained by the crate is 300 j.
How much work is done when you push a crate horizontally with 100 n across a 10 m factory floor.
A how much work is done when you push a crate horizontally with 100 n across a 10 m factory floor.
C show that 700 j is turned to heat.
Question asked dec 18 2019.
What is the force of friction acting on the crate.
1 000 j 300 j 700 j 400 j.
If you push a crate horizontally with 100 n across a 10 m factory floor and friction between the crate and the floor is a steady 70 n how much kinetic energy is gained by the crate.
C show that 700 j is turned into heat.
If you push a crate horizontally with 100 n across a 10 m factory floor and the friction between the crate and the floor is a steady 70 n how much kinetic energy does the crate gain.
B if the force of friction on the crate is a steady 70 n show that the ke gained by the crate is 300 j.
If you push a crate horizontally with 100n across a 10 m factory floor and the friction between the crate and the floor is a steady 70n how much kinetic energy is gained by the crate.