A force of 100 dynes acts on a mass of 5 g | vedclass

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(C) Given: Force $F = 100 \ dynes$,mass $m = 5 \ g$,time $t = 10 \ s$.According to Newton's second law of motion,acceleration $a = \frac{F}{m}$.Substi

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$200$

Vedclass · Answer

(C) Given: Force $F = 100 \ dynes$,mass $m = 5 \ g$,time $t = 10 \ s$.According to Newton's second law of motion,acceleration $a = \frac{F}{m}$.Substituting the values: $a = \frac{100 \ dynes}{5 \ g} = 20 \ cm/s^2$.Using the first equation of motion $v = u + at$,where initial velocity $u = 0$:$v = 0 + (20 \ cm/s^2) 	imes (10 \ s) = 200 \ cm/s$.

$A$ force of $100 \ dynes$ acts on a mass of $5 \ g$ for $10 \ s$. The velocity produced is .......... $cm/s$.

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