⠀
\(\huge{\underline{\underline{\sf{\blue{SOLUTION:-}}}}}\)
\(\sf{\underline{\pink{Answer-}}}\)
- The momentum of a man is 150 kg.m/s.
⠀\(\sf{\underline{\pink{Given-}}}\)
- The momentum of a man of mass 75 kg when he walks with a uniform velocity of 2m/s.
⠀\(\sf{\underline{\pink{Find-}}}\)
- We have to find momentum of that man.
⠀\(\sf{\underline{\pink{Explanation-}}}\)
\(\longrightarrow\sf{Mass, \: m= \: 75kg}\)
\(\longrightarrow\sf{Velocity, \: v= \: 2m/s}\)
\(\sf{\underline\green{Formula\:Used\:Here-}}\)
\(\bigstar \: \boxed{\sf{\red{ Momentum=mass\times velocity}}}\)
\(\sf{\underline{\pink{Putting\:the\:values:-}}}\)
\(\longrightarrow\sf{Momentum=72 \times 2kg.m/s}\)
\(\longrightarrow\sf150kg.m/s\)
- Thus, momentum of a man is 150 kg.m/s.
⠀
\(\sf{\underline{\green{Additional\: Information-}}}\)
- Momentum is vector velocity.
⠀
- Momentum = force acting on the particle.
⠀
- Momentum is measurement of mass.
