Potential Energy
Kinetic Energy
Months and Season
Graph
Solve Problem
100

What is Potential Energy?

Potential Energy is stored energy ( No movement).

100

True or False: Can an object have a change in energy?

True- an object can change from potential to kinetic energy based on the energy.

100

Which is the last month of the year?

December

100

Which is the name of the "vertical line" in a graph?

Y-axis

100

0.5 x 39.7 x 232

10,500.65 J

200

Which is the abbreviation for Potential Energy?

PE

200

Which number represents Kinetic Energy?

0.5
200

Which month do we celebrate Thanksgiving?

November

200

When we use images or pictures in a graph it is called?

Pictograph

200

0.5 x 21.11 x 40

16,888 J

300

Which number is the representation of PE?

9.8

300

Which is the formula for Kinetic Energy?

KE= 0.5 x mass- gravity x velocity/speed elevated two. 

300

Which are the three months of spring season?

March, April, May 

300

In a graph we have representation of a _________to indicate the colors or information used.

Key

300

75 x 9.8 x 55.2

40,572 J

400

Which is the formula for PE?

PE= mass x 9.8 x height

400

Which is the abbreviation for kinetic energy?


KE

400

When those fall season begin, list the three month?

September, October and November

400

List the 4 types of graph:

Line graph, Pie graph, Bar graph and Pictograph

400

96 x 9.8 x 1123

1,056,518.4 J

500

If in a scientific problem is providing a PE as a representation and you need to solve to find the height, What do you need to do?

You solve the mass with the 9.8 (multiply) once you have the result, that will be the representation of the height and you would need to divide with the number that is representing the PE. 

500

What is Kinetic Energy?

It is all motion or movement of any object. 

500

In which month do we celebrate New Year?

January

500

The ____________in a graph indicates what is the graph represents or what is it about.

Title

500

PE=345,744  (_______ x 9.8)   x ?

60-mass

Height- 588

Total: 203,297,472 J

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