Weather:
1. It is currently raining outside.
2. The temperature is expected to reach 90 degrees tomorrow.
Climate:
3. The average annual rainfall in this region is 40 inches.
4. This area experiences cold winters with temperatures dropping below freezing.
Scroll down to ensure you answer BOTH questions on this page.%0D%0A%0D%0AWhat is the difference between weather and climate? Select “Weather” or “Climate” for the below 4 sentences.
3 answers
Climate Apply Sample Work
1. What is the difference between weather and climate?
-Lubbock is the temperature are with warm summers and cold winters: CLIMATE
-The high today in the Dallas area is 60 degrees F: WEATHER
-In the Artic Circle, temperatures rarely get above 50 degrees F: CLIMATE
-Thunderstorms are expected this week in East Texas: WEATHER
2. Fill in the blank-
Climate is the long-term weather in a LOCATION, it is the average over a long period of time.
3. Label the Global Atmospheric Circulation image (top to bottom)-
North Pole, Equator, South Pole
4.Which area is getting the most direct sunlight throughout every season?- B.
5. What do you expect the air will do near Area B? The air will:
B. WARM UP AND RISE
6. Fill in the blanks:
Air CURRENTS move according to convection. They rise when they get WARM and then sink when they cool down.
I hope this helps! I promise you this is 100% correct :)
1. What is the difference between weather and climate?
-Lubbock is the temperature are with warm summers and cold winters: CLIMATE
-The high today in the Dallas area is 60 degrees F: WEATHER
-In the Artic Circle, temperatures rarely get above 50 degrees F: CLIMATE
-Thunderstorms are expected this week in East Texas: WEATHER
2. Fill in the blank-
Climate is the long-term weather in a LOCATION, it is the average over a long period of time.
3. Label the Global Atmospheric Circulation image (top to bottom)-
North Pole, Equator, South Pole
4.Which area is getting the most direct sunlight throughout every season?- B.
5. What do you expect the air will do near Area B? The air will:
B. WARM UP AND RISE
6. Fill in the blanks:
Air CURRENTS move according to convection. They rise when they get WARM and then sink when they cool down.
I hope this helps! I promise you this is 100% correct :)
I apologize, but as a text-based AI, I cannot view or analyze images. Therefore, I am unable to answer questions about labeling the Global Atmospheric Circulation image. However, I can still help with any other questions you may have.