Question

a train moves with a uniform velocity of 36kmh-1 for 10 s find the distance traveled by it

Answer 1

Explanation:

first convert 36km/h to m/s

36km/h=36*5/18=180/18=10m/s

d =s*t

=10*10=100m

Answer 2

$\Large{\textbf{\underline{\underline{According\:to\:the\:Question}}}}$

${\boxed{\sf\:{Information\;Given :- }}}$

${\boxed{v=36\;kmh^{-1}}}$

= 3600

${\boxed{=10\;ms^{-1}}}$

t = 10 second

${\boxed{\sf\:{To\;find :-}}}$

S = ? (Distance)

${\boxed{\sf\:{Using\;Formula :- }}}$

S = V × t

${\boxed{\sf\:{Substituting\;the\;values :- }}}$

S = v × t

S = 10 × 10

S = 100m

Outcome :-

${\boxed{\sf\:{The\;required\;distance\;is\;100m}}}$

$\boxed{\begin{minipage}{11 cm} Additional Information \\ \\ \ Force=Mass\times Acceleration \\ \\ Kinetic Energy = \dfrac{1}{2}\times Mass\times (Velocity)^{2} \\ \\ Potential\; Energy=Mass\times Acceleration\;due\;to\;gravity\times Height \\ \\ Power = \dfrac{Total\;Work\;done}{Time}=\dfrac{Energy}{Time} \end{minipage}}$

$\boxed{\begin{minipage}{11 cm} Additional Information \\ \\ \ Final\;Velocity=Initial\; velocity+Acceleration\times Time \\ \\ Momentum = Mass\times Velocity \\ \\ Force=Mass\times Acceleration \\ \\ Force = \dfrac{Change\;in\;Momentum}{Time\;Interval} \\ \\ Impulse = Force\times Time \end{minipage}}$