the acceleration of an object starting from rest and moving along a straight line as shown in figure
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the answer would be no other time actually.
as acceleration time graph is shown and when acceleration would be zero, velocity would be constant.
there's no time at which v can be zero for this.
hope this helps.
as acceleration time graph is shown and when acceleration would be zero, velocity would be constant.
there's no time at which v can be zero for this.
hope this helps.
lakshikaarora11:
bro this is acceleration time graph
not v t graph
find out area then
if acceleration becomes zero doesn't mean v will become zero too.
why should i? area under vt graph gives acceleration. not at graph gives velocity.
(d) correct answer
told you.
thanks
please answer other questions also
sure. pls mark the answer as Brainliest
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1
In order to find velocity we need to integrate as shown in the below pic.After integration,We get that there is no place for velocity to become zero except at t=0.
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