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WorksheetsGrade 5 Energy Review
Total questions: 25
Worksheet time: 50mins
Which of the following describes energy?
Energy is made of matter.
Energy is a force that pulls objects.
Energy is something we can see and touch.
Energy causes motion or creates a change.
How is energy causing motion or creating a change in this image?
Energy from a car engine causes the water and small rocks and branches to move.
Energy from rocks and branches causes water to flow.
Energy from flowing water moves the small rocks and branches.
Energy from the sun causes the water to flow and the small rocks and branches to move.
Which of the following demonstrates a change caused by energy?
Holding a soccer ball in both hands
Kicking a soccer ball
Looking at a soccer ball placed on a shelf
Standing still near a soccer ball
You left some papers on a picnic table in the park on a windy, sunny day. When you returned, the papers were scattered all over the park. What can you conclude about the flow of energy in this situation?
The heat energy from the sun was transformed to sound energy, which moved the papers.
The heat energy from the sun was transformed into kinetic energy, which moved the papers.
The mechanical energy in the wind was transferred to the papers, which caused the papers to move.
The mechanical energy in the wind was transferred to the table, which caused it to shake and move the papers.
Which forms of energy are released by a burning candle?
Light energy and chemical energy
Light energy and heat energy
Heat energy and electrical energy
Mechanical energy and heat energy
Which one of the following explains how light energy helps us see all kinds of objects around us?
Light is absorbed by the objects and does not reach our eyes.
The objects emit light that enters our eyes.
Light reflects off the objects and enters our eyes.
Light travels in a straight line until it enters our eyes.
Which interaction occurs when light bounces off of a surface?
Absorption
Reflection
Refraction
Separation
Which of the following best explains what happens to ice cream when you eat it outside?
Ice cream melts because it gives its coolness to the warmer air around it.
Ice cream gets cooler because it releases heat energy into the air around it.
Heat energy moves from the ice cream to the air around it.
Ice cream gets warmer because it gains heat energy from the warmer air around it.
Which of the following statements describes sound energy?
Sound energy does not travel at all.
Sound energy needs a medium to travel through.
Sound energy can travel in empty space.
Sound energy can only travel through air.
How do sounds change?
Sound waves always get larger in size.
The pattern of sound waves change.
The sun causes sound waves to change.
Sound waves change to sound signs.
Which of the following best explains why a drum makes a sound when hit by a stick?
The drum skin vibrates the air.
The drum skin gets hot and heats the air.
The sticks vibrate when they hit the drum.
he drum absorbs the sound from the air around it.
As a part of her homework, June made a flowchart about the steps involved in hearing the sound energy produced by wind chimes.
Which statement best explains the error in June's flowchart?
The wind chime rods hit each other before they begin to vibrate.
Sound waves are created before the wind chime rods hit each other.
The sound of the wind chimes travels to your ear before the rods vibrate.
The spin of the rods causes sound energy, not its vibrations.
Which of the following transforms heat into electrical energy?
Solar
Water
Wind
Fossil fuels
How is wind used to produce electrical energy?
Fossil fuels are used to power windmills.
Large turbines capture the wind energy.
Sailboats create wind energy.
Solar panels store wind power.
What is a difference between water and wind?
Wind is used to convert mechanical energy into electrical energy.
Water creates electricity through rushing water, called hydroelectricity.
Solar panels are used to convert wind into electrical energy.
Wind produces a stronger and faster type of electrical energy.
How does a toaster use electrical energy?
The toaster turns chemical energy into electrical energy.
The toaster turns light energy into electrical energy.
The toaster stores electrical energy which burns the bread.
The toaster turns electrical energy into light and heat energy.
Which of the following is an example of chemical energy being used?
Eating a sandwich
Reading a book
Switching on a fan
Turning on the light
What form of energy is being used in the batteries that make a toy robot move?
Heat energy
Light energy
Sound energy
Chemical energy
Which of the following are examples of chemical energy being released or stored?
I only
I and II only
I and III only
I, II, and III
When you mix baking soda and vinegar, bubbles appear and the temperature of the mixture changes. This is evidence that energy was released. Which form of energy was released?
Chemical energy
Electrical energy
Light energy
Sound energy
A rock rolls down a hill. Which form of energy is this an example of?
Chemical
Electrical
Mechanical
Thermal
Which form of energy causes a ball to hit the other balls on a poll table?
Light energy
Mechanical energy
Sound energy
Wind energy
Which of the following shows how mechanical energy has both stored energy and energy in motion?
The energy from food can make us move.
The energy from an outlet can toast the bread.
The energy from the sun can help plants grow.
The energy of water blocked by a dam can turn big turbines.
Ronnie wants to investigate the effect of height on the number of times a ball bounces back. He drops the ball from three different heights (1 m, 1.5 m, and 2 m). If the ball bounces back 12 times from the 1.5 m height, which of the following is a possibility for how many times the ball bounces from a 1 m height?
8 times because the ball will have more mechanical energy
15 times because the ball will have less mechanical energy
8 times because the ball will have less mechanical energy
15 times because the ball will have more mechanical energy
You are designing an experiment to see the effect of mechanical energy on the motion of objects. What should you do to allow others to repeat the same exact experiment?
Repeat the experiment several times.
Share your conclusion with others.
Perform the experiment in a comfortable and safe place.
Write down the detailed procedure and results of your experiment.
