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The amount of rain 90 minutes after it started raining was the same as the amount 120 minutes after it started raining.

User Pat McG
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2 Answers

1 vote

Answer:

ok, the correct answer should be R(1.5)=R(2)!

Explanation:

I did this my class before!

User JimiSweden
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4 votes

The amount of rain 90 minutes after it started raining was the same as the amount 120 minutes after it started raining. Here option A is correct.

In this scenario, the consistent amount of rainfall between the 90th and 120th minutes after the onset of rain implies a steady rate of precipitation during that time frame. This phenomenon can be attributed to a balance between the rate of rainfall and the rate of water absorption or runoff.

The equality in the accumulated rainfall at these specific time intervals suggests that the precipitation rate remains constant, resulting in an even distribution of rain over the given period.

Such consistency might be influenced by atmospheric conditions, geographical features, or meteorological factors that contribute to a sustained rainfall rate. It is essential to consider the local climate, topography, and weather patterns when analyzing this situation.

The equal rainfall amounts at the 90-minute and 120-minute marks provide valuable information for understanding the dynamics of the precipitation process and can be valuable for hydrological studies, weather forecasting, and environmental impact assessments. Here option A is correct.

Complete question:

The amount of rain 90 minutes after it started raining was the same as the amount 120 minutes after it started raining.

A - True

B - False

User Basiam
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3.7k points