00:01
The given question sees that an object experience a non -net force, we can say that the net force on an object is 0 like this.
00:17
From newton's second law, we can write it as m -a -net is not equals to 0.
00:24
Here, a -net is the net acceleration and m is the mass of the object.
00:30
Now, since we know that, m can never be 0.
00:36
And to satisfy this condition, a net must be not equals to 0.
00:45
And if the net acceleration was not be equal to 0, the rate of change of speed is also not equals to 0.
00:57
Now, the rate of change of speed is not equals to 0.
01:06
Let's say if it is not equals to 0, if it is some constant, if it is some constant or function of t, we can integrate both sides...