Soni says that the acceleration in an object could be zero even when several forces are acting on it. Do you agree with her? Why? Pls,,answer it fast
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Answered by
3
*** Heyo mate ***
Hehe my surname is also Soni and obviously
I agree with Soni .
This is because acceleration in an object could be zero even when several forces are acting on it if the resultant force( F) is zero.
We know that F= m× a.
Now , when force, F= 0, then acceleration(a) has to be zero because mass (m) cannot be zero.
**Hope it helps**
Hehe my surname is also Soni and obviously
I agree with Soni .
This is because acceleration in an object could be zero even when several forces are acting on it if the resultant force( F) is zero.
We know that F= m× a.
Now , when force, F= 0, then acceleration(a) has to be zero because mass (m) cannot be zero.
**Hope it helps**
Answered by
2
Answer:
Soni says that the acceleration in an object could be zero even when several forces are acting on it. Do you agree with her ? why ?
Acceleration in associate object might be zero even once many forces are working on it. This happens once all the forces get rid of one another i.e., the online force working on the thing is zero. For a uniformly moving object, the online force working on the thing is zero. Hence, the acceleration of the thing is zero. Hence, Soni is correct.
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