How can an object move when it is experience zero net force?

The physics of motion at constant velocity and inertia.

[Ghostbuster]

..anyone here just for fun and actually curious, rather than a homework assignment or for school? :/

[stayblink]

Thanks! This question has been annoying me for so long

[Basic-Tron]

Thank you much! High-quality content that anybody... literally ANYBODY can understand! Amazing teacher you are - wish we had more teachers like you!

[nctzen]

This helped me a lot. I didn’t understand net force at until I watched this. I was finally able to write my essay😫😫😄🙌🙌🙌🙌

[nytr]

I needed to hear that forces change velocity, thanks :)

[yashaswar]

Never has such a short concise video enlightened me so much, thanks a lot : )

[chaneychane]

I searched for this question and this is exactly what I was looking for! Thank you for the explanation!

[yoihenbath]

I have had this question for a year but there was no one to answer it.
Now, you have cleared my doubt !!!
Gamsahabnida!!!

[sr-dlgu]

Very clear explanation of a common physics 101 question. Thanks!

[swagatmalla]

This cleared a lot of questions. Thanks a bunch.

[amnaakmal]

That is the most well explained video I have ever seen, we just need more vids from you!

[Naveena]

Thank you sir.. Such an amazing explanation.... I had this question for almost past 2 months and nobody taught me as much clearly.... Thank you soo much sir✨️✨️

[lilysisson]

thank you this really helped me with my homework!

[animatnetic]

Remember peeps, keep asking questions that your teacher gets overwhelmed with!

[samuelbarclay]

even though could not find my answer still helpful, Thank You Sir!

[ketsiakal]

Tnx I was thinking how the hell could there be zero force and still maintain to have motion .

[sindhupriyaa]

I saw this statement in my text book
The opossing frictional forces or viscous forces are always present in the natural world. This explains the practical experience that "forces by external agencies are required to counter the frictional forces to keep the boby in uniform motion ."
from the above it is clear that there is an external force which keeps the body in uniform velocity.
My question : how can we say that the net force acting on the body moving with uniform velocity is
The zero net force acting on the body moving with uniform motion is possible only in case of ideal conditions where the motion takes place with no opossing forces (frictional, viscous) ....
Any one who is reading this comment please reply me...

[dachking]

Literally the difference between my grade being the 90s vs 80s because of one test haha, thank you!

[sovietunion]

You look really passionate about physics and thanks for clearing my doubt continue you at it sir

[russellbalba]

thank you for the clarification my good man