P1.5 - KE And Elastic Potential Energy

Question 1

Elastic potential energy

Answer 1

-energy stored in an elastic object when work is does on the object

Question 2

Formula for elastic potential energy

Answer 2

Elastic potential energy = 0.5 x spring constant x extension2

Question 3

Hooke’s law principles

Answer 3

• doubling the force on a spring will double its extension

- the extension on a spring is proportional to the force applied until you reach the limit of proportionality

Question 4

Limit of proportionality

Answer 4

Point where spring constant Connor return to its original length

Question 5

Spring constant

Answer 5

• The ability of the spring bouncing back

- how much the spring can take

Question 6

Hooke’s law formula

Answer 6

Force = spring constant x extension

Question 7

Hooke’s law formula for spring constant

Answer 7

K = f divided by e

Question 8

Formula for ke

Answer 8

Ke = mass x 0.5 x speed2

Question 9

Ke formula for working out velocity

Answer 9

The square root of 2ke over mass

Question 10

Ke formula for working out mass

Answer 10

2ke divided by speed2

Question 11

Relationship between ke, mass, velocity

Answer 11

• doubling mass = doubles ke

- doubling velocity = quadruples ke