_____ Which of the following is not a greenhouse gas? a. methane (CH 4 ) b. water (H 2 O) c. oxygen (O 2 ) d. carbon dioxide (CO 2 )

Slides:



Advertisements
Similar presentations
Chapter 16: Weather Factors
Advertisements

2.1 Energy in the Atmosphere
Solar Radiation and the Greenhouse Effect Earth Science Ms. Kurtzweil.
16-1 Energy in Earth’s Atmosphere. (pages 542–545) 1
(Terrestrial) Planetary Atmospheres I.  Atmosphere: ◦ Layer of gas that surrounds a world  Thin for terrestrial planets ◦ 2/3 of air within 10 km of.
Greenhouse Gases and Energy Budget LP 3 1. What are the greenhouse gases? Where do they come from? How do they work? 2.
Greenhouse Gases and Energy Budget LP 3 1. What are the greenhouse gases? Where do they come from? How do they work? 2.
Gases in Atmospheres Volatiles in Molecular Form (ice or gas): –Carbon dioxide CO 2 (molecular weight = 44) –Oxygen O 2 (molecular weight = 32) –Nitrogen.
Lecture 3: The greenhouse effect. Other concepts from Lecture 2 Temperature Scales Forms of Heat Transfer Electromagnetic Spectrum Stefan-Boltzmann Law.
the Natural Greenhouse Effect
Chapter 2: Weather Factors
GREENHOUSE EFFECT Climate Change. Greenhouse Effect Is a natural process that permits the Earth to retain some of the heat from the sun. Gases in the.
Solar Energy & the Atmosphere
Key Words radiation budget electromagnetic spectrum albedo Understand the concept of radiation and heat exchange Outline factors that control incoming.
10:23 AM Sanders 7.9 Greenhouse Effect Unit 7: Water Cycle and Climate.
Aim: How is the earth's atmosphere similar to a greenhouse?
Global Greenhouse Effect (steady-state) vs. Global Warming (disturbed steady-state)
The Greenhouse Effect A quick review. The Greenhouse Effect A natural process that keeps the surface of the earth at a habitable temperature. A natural.
Lesson 2 Distinguish between transmission, absorption and scattering of radiation. Discuss examples of the transmission, absorption and scattering of EM.
What two gasses make up 99% of the troposphere? Nitrogen Oxygen.
Radiation in the Atmosphere. Gases can absorb AND give off radiation. Objects around you look bright on a sunny day. Earth’s atmosphere reflects or absorbs.
The Greenhouse Effect A large majority of the insolation that is radiated back into the atmosphere gets absorbed by greenhouse gases. A large majority.
Understanding the Greenhouse Effect Sara Kalinowski and Ellen Cercena.
Greenhouse Effect.  The greenhouse effect is the warming of the surface and lower atmosphere of Earth that occurs when carbon dioxide, water vapor, and.
The Greenhouse Effect Too much of a good thing?. Light from the sun is composed of many frequencies.
AIM: What is Global Warming? Do Now: In your notes, discuss what you know about global warming. What causes it? Can it be stopped?
Greenhouse Gases and Energy Budget LP 3 1. What are greenhouse gases? Where do they come from? How do they work? 2.
6 Warm up Wrap up 7 4, 6 Warm up Wrap up 1,3,7 Greenhouse effect.
4.6 billion years old Will last another 5 billion years Made mostly of Hydrogen and Helium Goes through fusion to combine Hydrogen into Helium. This.
The Greenhouse Effect What is the greenhouse effect? Interaction between planet’s atmosphere, star’s light Results in heating of planet What causes the.
Ch Solar Energy and the Atmosphere
Energy in the Atmosphere
Energy in the Atmosphere Shannon, Isabella, Raige.
The trapping of heat from the sun by gases in the Earth’s atmosphere. The major gas contributing to this process is Carbon dioxide gas. Greenhouse effect.
Topic 6. Without energy from the sun, conditions on Earth would be different. What is the energy that is radiated from the Sun? The energy that is radiated.
Energy in the atmosphere Emmie Landry, Arianna Hancock, Lexis Dodd, and Christy Thammavongsa.
Greenhouse Effect (Global Warming)Global Is it hot in here? Or is that just me?
The Greenhouse Effect - Atomic level By Kaelin O’Hare.
The Greenhouse Effect. Some atmospheric basics The greenhouse effect Radiant energy that is absorbed heats Earth and eventually is reradiated skyward.
AIM: What is Global Warming?
Chapter 22 Section 2 Handout
Energy in the Atmosphere Chapter 16 Section 1 Pages Chapter 16 Section 1 Pages
Section 1.3 Gases in the atmosphere absorb radiation.
The Dynamic EarthSection 2 Objective #9 Describe the layers of the Earth’s atmosphere.
Ch.22 Atmosphere. Composition 78% nitrogen 21% oxygen 0.9% argon 0.1&other gasses.
Greenhouse Effect Sun Earth’s Temperature Solar Energy Solar Energy Solar Energy Solar Energy.
The Greenhouse Effect. Natural heating of earth’s surface caused by greenhouse gases –CO 2 (Carbon Dioxide) –CH 3 (Methane) –N 2 O (Nitrous Oxide) –H.
Aim: How do increased carbon dioxide concentrations on our planet affect life?
Monday Sept 8 Objective: List and draw the major atmospheric gases and greenhouse gases. Checkpoint: Rank the parts of the Earth (A-E) from coldest to.
How does the position of the sun change during the day and year?
Atmospheric gases allow sunshine to pass through but absorb heat that is radiated back from the surface of the earth. This acts as a blanket keeping heat.
Energy from the Sun Radiation is the transfer of energy by electromagnetic waves. Ninety-nine percent of the radiation from the Sun consists of visible.
Reduce Activity: Read the paragraph below and highlight 6 keywords.
Greenhouse Effect (Global Warming)
Greenhouse Gas Demonstration
Radiation in the Atmosphere
Unit 3 Notes Part 4: Greenhouse Effect
Gases in the Atmosphere absorb Radiation
Group 5472 Kolchanov S Khusainov R
Earth's atmosphere reflects or absorbs some sunlight but allows most of the visible light pass through to Earth's surface. 4 ways the atmosphere affects.
FIGURE 2.10 Sunlight warms the earth’s surface only during the day, whereas the surface constantly emits infrared radiation upward during the day and at.
Quiz # 2 1. In which portion of the electromagnetic spectrum is the sun’s peak energy? 2. In which portion of the electromagnetic spectrum is the earth’s.
Radiation in the Atmosphere
Energy from the Sun.
SELECTIVE ABSORBERS.
Greenhouse Effect.
Earth's atmosphere reflects or absorbs some sunlight but allows most of the visible light pass through to Earth's surface. Atmosphere affects light in.
Atmosphere 1.3 RSG-B Answers.
Greenhouse Effect.
SOLAR BUDGET AND ALBEDO
Presentation transcript:

_____ Which of the following is not a greenhouse gas? a. methane (CH 4 ) b. water (H 2 O) c. oxygen (O 2 ) d. carbon dioxide (CO 2 )

_____ Which of the following is not a greenhouse gas? a. methane (CH 4 ) b. water (H 2 O) c. oxygen (O 2 ) d. carbon dioxide (CO 2 ) c

_____ Which of the following is not a greenhouse gas? a. methane (CH 4 ) b. water (H 2 O) c. oxygen (O 2 ) d. carbon dioxide (CO 2 ) c

_____ Which of the following is not a greenhouse gas? a. methane (CH 4 ) b. water (H 2 O) c. oxygen (O 2 ) d. carbon dioxide (CO 2 ) c

_____ Which of the following is not a greenhouse gas? a. methane (CH 4 ) b. water (H 2 O) c. oxygen (O 2 ) d. carbon dioxide (CO 2 ) c

_____ Which of the following is not a greenhouse gas? a. methane (CH 4 ) b. water (H 2 O) c. oxygen (O 2 ) d. carbon dioxide (CO 2 ) c

_____ Which of the following is not a greenhouse gas? a. methane (CH 4 ) b. water (H 2 O) c. oxygen (O 2 ) d. carbon dioxide (CO 2 ) c

Fig. 2-9, p.36

_____ Which of the following gases has the most variable concentration in today's atmosphere? a. oxygen (O 2 ) b. nitrogen (N 2 ) c. water vapor (H 2 O) d. carbon dioxide (CO 2 )

_____ Which of the following gases has the most variable concentration in today's atmosphere? a. oxygen (O 2 ) b. nitrogen (N 2 ) c. water vapor (H 2 O) d. carbon dioxide (CO 2 )

_____ Which of the following gases has the most variable concentration in today's atmosphere? a. oxygen (O 2 ) b. nitrogen (N 2 ) c. water vapor (H 2 O) d. carbon dioxide (CO 2 ) c

_____ Which of the following would you expect to have the highest albedo? a. a body of water b. a forest c. snow d. the ground

_____ Which of the following would you expect to have the highest albedo? a. a body of water b. a forest c. snow d. the ground c

_____ Which of the following would you expect to have the highest albedo? a. a body of water b. a forest c. snow d. the ground c

_____ Which of the following would you expect to have the highest albedo? a. a body of water b. a forest c. snow d. the ground d Which of these is the brightest?

_____ Which of the following has the longest wavelength? a. X-rays b. infrared radiation c. visible light d. ultraviolet radiation

_____ Which of the following has the longest wavelength? a. X-rays b. infrared radiation c. visible light d. ultraviolet radiation b

_____ Which of the following has the longest wavelength? a. X-rays b. infrared radiation c. visible light d. ultraviolet radiation b

_____ An infrared photon contains more energy than an ultraviolet photon.

F

_____ The Earth is closer to the sun in July than it is in January.

F

Danielson, Fig. 3.19

Sun Temp: 6000 K Earth Temp: 288 K Aguado, Fig. 2-7