1. What would happen if earth absorbed all of the heat from the sun?
A. Earth would become too cold.
B. Earth would be too hot.
C. Earth would eventually stop recieving heat.
D. Earth would lose all of it's own heat. <-------
2. Earth absorbs about 71 percent of the heat energy from the sun. What also happens to this heat energy?
A. It is refracted back to the sun
B. It is to converted light
C. It is reflected back to the sun <---
D. It is converted to electricity
3. 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?
A. The light yellow block absorbs more heat than the dark blue box.
B. The light yellow block and the dark blue box absorbs the same amount.
C. The light yellow block reflects more heat than the dark blue box.
D. The light yellow block and the dark block and the dark blue box reflect the same amount if heat. <---
4. What heat energy enters the atmosphere it is absorbed by water vapor and carbon dioxide. How does this affect the planet?
A. Rain starts to form <-----
B. The planet cools down
C. Clouds start to form
D. The planet warms up
47 answers
2. Well, sort of, different wavelengths though.
3. No. A dark roof gets much hotter than a light color roof.
4. The more carbon dioxide in the atmosphere, the faster the planet warms up. Carbon dioxide allows incoming wave frequencies to pass through to earth, but tends to contain the wavelengths the earth tries to radiate back to space.
2. it is converted to light.
3. the light yellow block absorbs heat than the dark blue box.
4. the planet warms up.
1.D
2.D
3.A
4.D
5.D
This is for connexus
It arrives in the form of radiation.
What would happen if Earth absorbed all of the heat from the sun?
Earth would become too hot.
Earth absorbs about 71 percent of the heat energy from the sun. What also happens to this heat energy?
It is reflected back to the sun.
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?
The light yellow block reflects more heat than the dark blue box.
When heat energy enters the atmosphere, it is absorbed by water vapor and carbon dioxide. How does this affect the planet?
The planet warms up.
I just took the assesment and copied and pasted!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
D
D
A
A
A
have a great day/night make sure to eat and drink water !! ^__^
It arrives in the form of radiation.
What would happen if Earth absorbed all of the heat from the sun?
Earth would become too hot.
Earth absorbs about 71 percent of the heat energy from the sun. What also happens to this heat energy?
It is reflected back to the sun.
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?
The light yellow block reflects more heat than the dark blue box.
When heat energy enters the atmosphere, it is absorbed by water vapor and carbon dioxide. How does this affect the planet?
The planet warms up.
Hope this helps have a good day!
REAL ANSWERS
1. C
2. B
3. D
4. C
5. C
this is for Connexus ^w^ glad i hopfully helped you out
D
C
D
A
B
1. it arrives in the form of radiation
2. earth would become too hot
3. it is reflected back to the sun
4. The light yellow blocks reflect more heat than the dark blue box
5. The planet warms up
Your welcome!!!!
Thank You -Rebecca Jay
Mr. Little
c
b
a
a