Question

Hello.....back with a tricky question⏬⏬


Newton's third law states that :

✔For every action, there is equal and opposite reaction.

Am I correct❓❓ Obviously I am.

So,Consider the following case :

⏩When we push a book with suppose 2N force, then book will also exert 2N force? Thus the force is cancelled.

⏩So, what is that that makes the book move❓❓

#Need well - explained answers.

#No spamming.

#word limits ( at least 80-150)

Come on!!! Run the horses of your mind!!!!

All the very best...✌✌

Laughterqueen ☺☺

Answer 1

$\bold{HEYA\:\: SISSO}$

☺☺❤❤

YOUR ANSWER...

Your question is exactly correct, and I'll surely try to clear your doubt:)

According to Newton's third law of motion, for every action there is an equal and opposite reaction.

So how do objects move on application of force??

When we push a book with suppose, 2N force, the book will exert force of 2N in opposite direction.

But these forces are not on same masses.

When we try to move an object, the reaction force from the object is on us.

Hence, the two forces do not cancel each other and the object moves.

HOPE IT HELPS!

Answer 2

Hey mate.....

here's ur answer......

Newton's third law states that :

__For every action, there is equal and opposite reaction.
This is definitely very true...

When we push a book with suppose 2N force, then book will also exert 2N force? Thus the force is cancelled.
So, what is that that makes the book move?

The simple reason is that the masses differ of the objects and thus it cancels the force to a limit..and hence the object moves.

Hope it helps ❤️