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Thermosphere Blocks out high energy radiation from Sun Mesosphere Burns up meteoroids to form meteors Stratosphere Contains Ozone layer Troposphere Contains all clouds, weather Carbon dioxide blocks the Sun’s energy and re-radiates it back to Earth to keep our temperatures warm. Air pressure decreases with altitude
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Good morning! BELL Work (5 min.)1. Tell your neighbor something
nice that you did for your mother this weekend.
2. Take out your Unit 14 Study guide.
3. Use the next 5 minutes to complete and compare your answers with your neighbor.
4. Get your FUSION book.
OBJECTIVES & LEARNING GOALS:METEOROLOGISTS CAN:
• Review study guide to prepare for tomorrow’s Unit test.
• Practice questions for tomorrow’s Unit test.
Level 4
I can evaluate how weather models use current atmospheric conditions to predict the weather and analyze climate data to take a stance on the possibility of climate change.
Level 3
I can describe how global patterns such as the jet stream and ocean currents influence local weather AND clearly differentiate between weather and climate.
Level 2
I can describe how ocean currents and winds move around the Earth, list factors that influence weather formation, and summarize examples of weather and climate data.
Level 1
With help I can explain some factors that influence weather and the difference between weather and climate.
Thermosphere Blocks out high energy radiation from Sun
Mesosphere Burns up meteoroids to form meteors
StratosphereContains Ozone layer
Troposphere Contains all clouds, weather
Carbon dioxide blocks the Sun’s energy and re-radiates it back to Earth to keep our temperatures warm.
Air pressure decreases with altitude
By direct contact
Touching a metal burnerTransfer by
movement of liquid or gas
Rising warm airBoiling water
Electromagnetic waves
Sun heating the Earth
Weather is the conditions of the atmosphere at a specific time and climate is a pattern of weather over the long term.
Mid latitudes – moderate temps (50-80) High latitudes – bitter coldClose to equator – very warm year round
Rising temperatures can lead to more evaporation that eventually turns to precipitation
Once humidity reaches a certain point (100%) then precipitation is likely going to occur soon after.
Uneven heating of the Earth (because of its curved surface) causes areas of high and low pressure. Wind is the movement of this air from high to low pressure.
The climate of the city close to the water would have a smaller range of temperatures because water resists large changes in temperature. It has a high heat capacity.
Question Practice Tear out pages 621-624 and
713-718 from your FUSION book.
Complete the following questions for practice:
713-718 # 1,2,4,6,9,10,12,15
624
713
713
714
715
716
717
OUT Describe what you need to
study for tomorrow’s Unit test.
Level 4I can evaluate how weather models use current atmospheric conditions to predict the weather and analyze climate data to take a stance on the possibility of climate change.
Level 3I can describe how global patterns such as the jet stream and ocean currents influence local weather AND clearly differentiate between weather and climate.
Level 2•I can describe how ocean currents and winds move around the Earth, list factors that influence weather formation, and summarize examples of weather and climate data.
Level 1With help I can explain some factors that influence weather and the difference between weather and climate.