# The maximum force of sliding friction between a 10 kg box and the concrete floor is 64 n.

|

Hello Friends! Welcome to the eBuzzPro.com blog. And in today’s article we will know that “The maximum force of sliding friction between a 10 kg box and the concrete floor is 64 n. how much force should a be applied to the box to keep it moving at a constant velocity”? By the way, people are searching this question very much on Google in United States of America.

Advertisements

Table of Contents

## The maximum force of sliding friction between a 10 kg box and the concrete floor is 64 n. how much force should a be applied to the box to keep it moving at a constant velocity?

A. A little less than 64 N
B. A little more than 64 N
C. Exactly 64 N.
D. Exactly 640 N

Please Wait! Answer Will Appear After 30 seconds.

###### From which country the board game Chronology came?

Conclusion – Friends, you have got this “The maximum force of sliding friction between a 10 kg box and the concrete floor is 64 n. how much force should a be applied to the box to keep it moving at a constant velocity” How was the article? Do tell us by commenting below. And if you like this post, please share it as much as possible.

Join Telegram, If You Like This Article Follow Us on Instagram, Twitter, Facebook and Subscribe Our YouTube Channel. We Will Keep Bringing You Such Updates.

Copy link
Powered by Social Snap