Which best describes the heat that arrives at Earth from the sun?(1 point)
Responses
It arrives in the form of convection.
It arrives in the form of convection.
It arrives in the form of radiation.
It arrives in the form of radiation.
It arrives in the form of conduction.
It arrives in the form of conduction.
It arrives in the form of magnetism.
What would happen if Earth absorbed all of the heat from the sun?(1 point)
Responses
Earth would eventually stop receiving heat.
Earth would eventually stop receiving heat.
Earth would become too cold.
Earth would become too cold.
Earth would become too hot.
Earth would become too hot.
Earth would lose all of its own heat.
Earth would lose all of its own heat.
Use the scenario to answer the question.
A light yellow block and a dark blue box are next to each other in full sunlight on a summer day.
Which statement accurately explains what happens to the boxes?
(1 point)
Responses
The light yellow block and the dark blue box absorb the same amount of heat.
The light yellow block and the dark blue box absorb the same amount of heat.
The light yellow block reflects more heat than the dark blue box.
The light yellow block reflects more heat than the dark blue box.
The light yellow block absorbs more heat than
Which of the following is an example of convection?(1 point)
Responses
pressing clothes using a hot iron
pressing clothes using a hot iron
ocean currents redistributing heat
ocean currents redistributing heat
heated spoon in a pot of macaroni on the stove
heated spoon in a pot of macaroni on the stove
warming your hands by the fire
How does the ozone layer impact UV rays?(1 point)
Responses
It creates UV rays and sends them through space.
It creates UV rays and sends them through space.
It prevents some UV rays from reaching the surface of Earth.
It prevents some UV rays from reaching the surface of Earth.
It blocks all UV rays from reaching Earth.
It blocks all UV rays from reaching Earth.
It spreads UV rays around the world.
It spreads UV rays around the world.