Motion on a frictionless surface

AI Thread Summary
A constant, non-zero force acting on an object of constant mass results in constant acceleration, according to Newton's second law of motion. The confusion arose from a mix-up in the question and answer options provided by the professor. Without friction, the object will not experience opposing forces, allowing it to accelerate continuously. The discussion emphasizes the importance of understanding the relationship between force, mass, and acceleration. Clarifying these concepts is essential for grasping motion on a frictionless surface.
uwmphysics
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Now I'm confused again...

What kind of motion does a constant, non-zero force produce on an object of constant mass?
a. constant speed
b. constant acceleration
c. increasing acceleration
d.it depends on the speed of the object

I know that if there's no friction, the force on the object wouldn't be met by any opposition, so it could be constant speed, but i don't know what happens to the acceleration
 
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OHHH-ok my professor put the wrong answers with the wrong question and flipped it around but i didnt see that, so the question doesn't make sence...ignore my question...
 
Hello uwmphysics,

try to apply Newton's second law of motion.

Regards,

nazzard
 
uwmphysics said:
OHHH-ok my professor put the wrong answers with the wrong question and flipped it around but i didnt see that, so the question doesn't make sence...ignore my question...

Well it still is a valid question. :wink:

What kind of motion does a constant, non-zero force produce on an object of constant mass?

Ideas? :smile:
 

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