Find the kinetic energy of a body of a mass 1kg moving with uniform ve

1.	Find the kinetic energy of a body of a mass 1kg moving with uniform velocity of 10m/s
Answer» $\large{\bf{\gray{\underline{\underline{\orange{Given:}}}}}}$ Mass of body = 1kg Velocity of body = 10m/s $\large{\bf{\gray{\underline{\underline{\green{To\:<klux>FIND</klux>:}}}}}}$ We have to find KINETIC ENERGY of body. $\large{\bf{\gray{\underline{\underline{\pink{Solution:}}}}}}$ ✭ Kinetic energy of body of mass m MOVING with velocity V is given by KE = 1/2 × mv² ➠ Energy is a scalar quantity having only magnitude. ➠ SI unit : Joule (J) ➠ Dimension formula : [M¹L²T $^{-2}]$ Let's calculate :D ➝ KE = 1/2 × mv² ➝ KE = 1/2 × 1(10)² ➝ KE = 1/2 × 100 ➝ KE = 50J

Find the kinetic energy of a body of a mass 1kg moving with uniform velocity of 10m/s

Answer»

$\large{\bf{\gray{\underline{\underline{\orange{Given:}}}}}}$

Mass of body = 1kg

Velocity of body = 10m/s

$\large{\bf{\gray{\underline{\underline{\green{To\:<klux>FIND</klux>:}}}}}}$

We have to find KINETIC ENERGY of body.

$\large{\bf{\gray{\underline{\underline{\pink{Solution:}}}}}}$

✭ Kinetic energy of body of mass m MOVING with velocity V is given by

KE = 1/2 × mv²

➠ Energy is a scalar quantity having only magnitude.

➠ SI unit : Joule (J)

➠ Dimension formula : [M¹L²T $^{-2}]$

Let's calculate :D

➝ KE = 1/2 × mv²

➝ KE = 1/2 × 1(10)²

➝ KE = 1/2 × 100

➝ KE = 50J

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