Question

10. A particle of mass $m$ starts from rest at position $x = 0$ and time $t = 0$. It moves along the positive x-axis under the influence of a single force $F_x = bt$, where $b$ is a constant. The velocity $v$ of the particle is given by (A) $frac{bt}{m}$ (B) $frac{bt^2}{2m}$ (C) $frac{bt^2}{m}$ (D) $frac{bsqrt{t}}{m}$ (E) $frac{b}{mt}$

          10. A particle of mass $m$ starts from rest at
position $x = 0$ and time $t = 0$. It moves along
the positive x-axis under the influence of a
single force $F_x = bt$, where $b$ is a constant.
The velocity $v$ of the particle is given by
(A) $frac{bt}{m}$
(B) $frac{bt^2}{2m}$
(C) $frac{bt^2}{m}$
(D) $frac{bsqrt{t}}{m}$
(E) $frac{b}{mt}$

$10. A particle of mass m starts from rest at position x = 0 and time t = 0. It moves along the positive x-axis under the influence of a single force Fx = bt, where b is a constant. The velocity v of the particle is given by (A) fracbtm (B) fracbt^22m (C) fracbt^2m (D) fracbsqrttm (E) fracbmt$

Added by Sharon P.

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