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At his campsite, a park ranger started a campfire. He cooks dinner using his campfire. Which type of energy does the park ranger rely on to cook the food?
position
All people on Earth can see the same stars on any night.
thermal energy
The energy from the student changed the motion of the ball.
shiny
Emily traveled at a faster rate of speed.
Heat from the pan flows to the water, and the water temperature increases.
wind
Akari is examining this sample of quartz. She observes that the quartz is pink, shiny, hard, and cubic. Which of Akari’s observations describes the quartz’s luster?
position
All people on Earth can see the same stars on any night.
thermal energy
The energy from the student changed the motion of the ball.
shiny
Emily traveled at a faster rate of speed.
Heat from the pan flows to the water, and the water temperature increases.
wind
A wind turbine is used to generate electricity. What is the source of energy that causes the blades of the turbine to move?
position
All people on Earth can see the same stars on any night.
thermal energy
The energy from the student changed the motion of the ball.
shiny
Emily traveled at a faster rate of speed.
Heat from the pan flows to the water, and the water temperature increases.
wind
After baking cookies in the oven, Jason placed the hot baking sheet into a sink of cold water. In which direction does heat flow to change temperature?
position
All people on Earth can see the same stars on any night.
thermal energy
The energy from the student changed the motion of the ball.
shiny
Emily traveled at a faster rate of speed.
Heat from the pan flows to the water, and the water temperature increases.
wind
What will ALWAYS change when an object is in motion?
position
All people on Earth can see the same stars on any night.
thermal energy
The energy from the student changed the motion of the ball.
shiny
Emily traveled at a faster rate of speed.
Heat from the pan flows to the water, and the water temperature increases.
wind
Emily and Ava left school at the same time. Emily lives farther away, but arrived at her home at the same time that Ava arrived at her home. Which describes their speed?
position
All people on Earth can see the same stars on any night.
thermal energy
The energy from the student changed the motion of the ball.
shiny
Emily traveled at a faster rate of speed.
Heat from the pan flows to the water, and the water temperature increases.
wind
Michelle is taking notes about the stars in the sky. Which of the following notes written by Michelle is NOT true?
position
All people on Earth can see the same stars on any night.
thermal energy
The energy from the student changed the motion of the ball.
shiny
Emily traveled at a faster rate of speed.
Heat from the pan flows to the water, and the water temperature increases.
wind
A ball is rolling toward a student. The student kicks the ball, and it rolls away from the student down a hill. Which BEST explains what happened to the ball?
position
All people on Earth can see the same stars on any night.
thermal energy
The energy from the student changed the motion of the ball.
shiny
Emily traveled at a faster rate of speed.
Heat from the pan flows to the water, and the water temperature increases.
wind
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