Physics, asked by rawatsiya572, 3 months ago

if mass of body is 10kg moving with velocity 20m/s what is the momentum of body​

Answers

Answered by kailashmannem
6

 \Large{\bf{\red{\mathfrak{\dag{\underline{\underline{Given:-}}}}}}}

  • Mass of body = 10 kg.

  • Velocity of the body = 20 m/s.

 \Large{\bf{\green{\mathfrak{\dag{\underline{\underline{To \: Find:-}}}}}}}

  • Momentum of the body.

 \Large{\bf{\orange{\mathfrak{\dag{\underline{\underline{Solution:-}}}}}}}

  • Mass of the body = 10 kg.

  • Velocity of the body = 20 m/s.

  • Momentum = ?

  •  \boxed{\pink{\sf Momentum \: = \: Mass \: * \: Velocity}}

  • Substituting the values,

  • Momentum = 10 * 20

  •  \underline{\boxed{\purple{\sf 200 \: kg.m/s}}}
Answered by Anonymous
57

{\pmb{\sf{\underline{Solution...}}}}

★ Momentum of the body = 200 kg.m/s

{\pmb{\sf{\underline{Understanding \; the \; Question...}}}}

★ This question says that we have to find out the momentum of the body, if the mass of the body is given as 10 kilograms and it is moving with a velocity/speed of 20 metres per second.

{\pmb{\sf{\underline{Explaination...}}}}

\begin{gathered}\boxed{\begin{array}{c}\\ \bf \bigstar \: Explaination \\ \\ \star \: \sf{Mass \: of \: the \: body \: = 10 \: kg} \\ \\ \star\sf \: {Body \: is \: moving \: with \: velocity \: = 20 \: m/s} \\ \\ \star \: \sf{Momentum \: of \: the \: body \: = \: ?} \end{array}}\end{gathered}

{\pmb{\sf{\underline{Using \; Formula...}}}}

Formula to find out the momentum of the body =

{\small{\underline{\boxed{\sf{Momentum \: = Mass \times Velocity}}}}}

{\pmb{\sf{\underline{Full \; Solution...}}}}

{\small{\underline{\boxed{\sf{Momentum \: = Mass \times Velocity}}}}} \\ \\ :\implies \sf Momentum \: = Mass \times Velocity \\ \\ :\implies \sf Momentum \: = 10 \times 20 \\ \\ :\implies \sf Momentum \: = 200 \: kg.m/s

Momentum of the body is 200 kg.m/s

{\pmb{\sf{\underline{Knowledge...}}}}

★ Momentum - It is that property of a moving body and is defined of mass and velocity of the body. It's a vector quantity. SI unit is kgm/s.

\: \: \: \: \: \: \:{\sf{Momentum = \: Mass \times Velocity}} \green\star

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