Consider an object sliding at constant velocity along a frictionless surface. Which of the following best describes the forces on the object?

There is a net force at right angles to the direction of motion
There is zero net force on the object
There is a net force in the direction of motion, that depends on the object’s velocity
There is a net force in the direction of motion, that is independent of the object’s velocity

I have absolutely no clue. I never understood the friction part of this! Please !

Question

Consider an object sliding at constant velocity along a frictionless surface. Which of the following best describes the forces on the object?

 There is a net force at right angles to the direction of motion
 There is zero net force on the object
 There is a net force in the direction of motion, that depends on the object’s velocity
 There is a net force in the direction of motion, that is independent of the object’s velocity

I have absolutely no clue. I never understood the friction part of this! Please !

shelld93 · Answer

Is it zero ? Ive been reading a few things but still very unsure !!!