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Calculating Temperature Change in a Rising Air Mass. Problem 1. 20°C. Problem 1. Before Condensation 1. 1500 - 0 =1500m 1500 / 100 x 1°C = 15 x 1°C = 15°C. 20°C. Problem 1. 5°C. Before Condensation 1. 1500 - 0 =1500m 1500 / 100 x 1°C = 15 x 1°C = 15°C. 20°C. - PowerPoint PPT Presentation
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Calculating Temperature Calculating Temperature Change in a Rising Air Change in a Rising Air
MassMass
Problem 1Problem 1
20°C
Problem 1Problem 1
20°C
Before Condensation
1. 1500 - 0 =1500m
2. 1500 / 100 x 1°C =
15 x 1°C = 15°C
Problem 1Problem 1
5°C
20°C
Before Condensation
1. 1500 - 0 =1500m
2. 1500 / 100 x 1°C =
15 x 1°C = 15°C
Problem 1Problem 1
15°C
5°C
Before Condensation
1. 1500 - 0 =1500m
2. 1500 / 100 x 1°C =
15 x 1°C = 15°C20°C
Problem 1Problem 1
15°C
5°C
20°C
Before Condensation
1. 1500 - 0 = 1500m
2. 1500 / 100 x 1°C =
15 x 1°C = 15°C
After Condensation
3. 2700 - 1500 = 1200m
4. 1200 / 100 x 0.6°C =
12 x 0.6°C = 7.2°C
Problem 1Problem 1
15°C
5°C
20°C
Before Condensation
1. 1500 - 0 = 1500m
2. 1500 / 100 x 1°C =
15 x 1°C = 15°C
After Condensation
3. 2700 - 1500 = 1200m
4. 1200 / 100 x 0.6°C =
12 x 0.6°C = 7.2°C
Temperature at Summit
5. 20 - (15 + 7.2) = 22.2°C
Problem 1Problem 1
15°C
5°C
20°C
Before Condensation
1. 1500 - 0 = 1500m
2. 1500 / 100 x 1°C =
15 x 1°C = 15°C
After Condensation
3. 2700 - 1500 = 1200m
4. 1200 / 100 x 0.6°C =
12 x 0.6°C = 7.2°C
-2.2°C
Temperature at Summit
5. 20 - (15 + 7.2) = 22.2°C
Problem 1Problem 1
15°C
5°C
20°C
Before Condensation
1. 1500 - 0 = 1500m
2. 1500 / 100 x 1°C =
15 x 1°C = 15°C
After Condensation
3. 2700 - 1500 = 1200m
4. 1200 / 100 x 0.6°C =
12 x 0.6°C = 7.2°C
-2.2°C
Temperature at Summit
5. 20 - (15 + 7.2) = 22.2°C
11.8°C
Problem 2Problem 2
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