kinetic energy of a body depend upon its mass and velocity with is it moving derive the relation for the kinetic energy
Answers
Answer:
CREATIVE EXPRESSIONS
DESCRIPTION
P-I. Q.No. 7B:
Read the passage taken from the lesson, "The Journey'.
Simultaneously our journeys started in two opposite directions, with me seated in the luxurious
seat of a bus and father walking back with weary legs on the pebble-strewn road. You know that the
passage is a concluding part of the lesson.
thoughts of the son after his father had left the place. Write the thoughts of the
son imagining you are the son.
Explanation:
CREATIVE EXPRESSIONS
DESCRIPTION
P-I. Q.No. 7B:
Read the passage taken from the lesson, "The Journey'.
Simultaneously our journeys started in two opposite directions, with me seated in the luxurious
seat of a bus and father walking back with weary legs on the pebble-strewn road. You know that the
passage is a concluding part of the lesson.
thoughts of the son after his father had left the place. Write the thoughts of the
CREATIVE EXPRESSIONS
DESCRIPTION
P-I. Q.No. 7B:
Read the passage taken from the lesson, "The Journey'.
Simultaneously our journeys started in two opposite directions, with me seated in the luxurious
seat of a bus and father walking back with weary legs on the pebble-strewn road. You know that the
passage is a concluding part of the lesson.
thoughts of the son after his father had left the place. Write the thoughts of the
son imagining you are the son.
son imagining you are the son.
CREATIVE EXPRESSIONS
DESCRIPTION
P-I. Q.No. 7B:
Read the passage taken from the lesson, "The Journey'.
Simultaneously our journeys started.
Answer:
It is so simple.
Kinetic energy =1/2 mv^2
V =velocity, m=mass of the body
Explanation: