Title: Suns Energy
1Suns Energy
2Radiation that bounces off a surface is
- 1. reflected energy
- 2. transmitted energy
- 3. emitted energy
- 4. absorbed energy
3Which is the same thing as heat?
- 1. Visible light 2. Infrared light 3.
Radio waves 4. Ultraviolet radiation
4Which layer of the atmosphere do we actually live
in?
- 1. Mesosphere
- 2. Troposphere
- 3. Thermosphere
- 4. Stratosphere
5Which layer has the ozone layer, which protects
life from UV light?
- 1. Mesosphere 2. Troposphere
3. Thermosphere 4. Stratosphere
6Which layer of the atmosphere has extremely high
temperatures?
- 1. Mesosphere
- 2. Troposphere
- 3. Thermosphere
- 4. Stratosphere
7In which layer of the atmosphere do we find the
highest pressure?
- 1. Mesosphere
- 2. Troposphere
- 3. Thermosphere
- 4. Stratosphere
8Weather happens in which layer?
-
- 1. Mesosphere
- 2. Troposphere
- 3. Thermosphere
- 4. Stratosphere
9 This drawing shows
- 1. reflected energy
- 2. transmitted energy
- 3. emitted energy
- 4. absorbed energy
10 This drawing shows
- 1. reflected energy
- 2. transmitted energy
- 3. emitted energy
- 4. absorbed energy
-
11 This drawing shows
- 1. reflected energy
- 2. transmitted energy
- 3. emitted energy
- 4. absorbed energy
12. What is difference between matter and energy?
- a. they both move material in a cycle
- b. they are both always in balance
- c. matter escapes from Earth but energy always
stays here - d. energy flows, matter cycles
13The Earth's surface radiates heat as
- .
- a. short wavelength radiation
- b. moderate wavelength radiation
- c. long wavelength radiation
- d. high temperature
14Energy can not return to its original state
because
- a. it requires more energy to convert back
- b. some energy is lost during a process
- c. energy transforms to matter
- d. it was reradiated back to the space
15What does this graph show?
16Which wavelengths tend to reach Earth's surface
and which ones do not?
17Which wavelength areas are called 'atmospheric
windows' and why are they called that?
18Why is it important that certain wavelengths do
not get through to Earth's surface?
19Which wavelengths could be used for telescopes
based on Earth's surface?
20. Energy budget, Water cycle, Biochemical cycle,
Rock cycle. These are examples of
- a. ways the Earth's system stay stable
- b. ways we get ride of waste from the Earth
- c. four ways energy moves in the system
- d. the first law of thermodynamics
21What absorbs light at it travels through the
atmosphere?
- a. molecules and dust
- b. trees
- c. the ground
- d. airplanes
22Which statement is true?
- a. Incoming Energy Outgoing Energy
- b. Incoming Energy gt Outgoing Energy
- c. Incoming Energy lt Outgoing Energy
- d. There is always more energy at the ground that
at the top of the atmosphere
23. What is the name for the amount of energy
arriving at the top of the atmosphere?
- a. solar energy
- b. solar constant
- c. albedo
- d. sounding rocket
24What is the value of the energy arriving at the
top of the atmosphere?
- a. 2.0 cal/cm/sec
- b. 2.9 cal/m2/min
- c. 2.0 cal/min/cm2
- d. 1.6 cal/cm2/min
25What is photosynthesis?
262. What is the primary role of the atmosphere?
271. Explain the purpose of the Energy lab, and
tell your results. Did you results make sense?
Why or why not?
28The atmosphere never changes.
29Energy is not cycled.
30The solar constant can be measured from the
ground.
31The wavelength radiated back to the space from
Earth is infrared radiation.
32The carbon cycle is an example of energy cycling.
33In-coming (solar) radiation is short-wavelength.
34Complete energy recycling is possible.
35Weather patterns are the result of energy
transfers.
36Energy changes from one form to another.