A particle is acted upon by a force whose component's variations with time are shown in diagrams. Then the magnitude of change in momentum of the particle in $0.1\,\,sec$ will be :-
A particle is acted upon by a force whose component's variations with time are shown in diagrams. Then the magnitude of change in momentum of the particle in $0.1\,\,sec$ will be :-
- A
$2\,\,kg\, m\,/\,sec$
- B
$10\,\,kg\, m\,/\,sec$
- C
$12\,\,kg\, m\,/\,sec$
- D
$5\sqrt 2\,\,kg\, m\,/\,sec$
Similar Questions
A stone is dropped from a height $h.$ It hits the ground with a certain momentum $P.$ If the same stone is dropped from a height $100\%$ more than the previous height, the momentum when it hits the ground will change by ........... $\%$
A stone is dropped from a height $h.$ It hits the ground with a certain momentum $P.$ If the same stone is dropped from a height $100\%$ more than the previous height, the momentum when it hits the ground will change by ........... $\%$
- [AIPMT 2012]
A body of mass $5 \,kg$ is moving with velocity of $\vec{v}=(2 i+6 \hat{j}) \,m / s$ at $t=0 \,s$. After time $t =2 \,s$, velocity of body is $(10 \hat{i}+6 \hat{j})$, then change in momentum of body is ......... $kg m / s$
A body of mass $5 \,kg$ is moving with velocity of $\vec{v}=(2 i+6 \hat{j}) \,m / s$ at $t=0 \,s$. After time $t =2 \,s$, velocity of body is $(10 \hat{i}+6 \hat{j})$, then change in momentum of body is ......... $kg m / s$
Action and reaction forces act on
Action and reaction forces act on
Figures $I, II, III$ and $IV$ depict variation of force with time. The impulse is highest in the case of situations depicted. Figure
Figures $I, II, III$ and $IV$ depict variation of force with time. The impulse is highest in the case of situations depicted. Figure
The momentum is most closely related to
The momentum is most closely related to