Question
Relative Humidity Quick Check
1 of 41 of 4 Items
Question
Which statement describes the units of humidity and relative humidity?(1 point)
Responses
Both humidity and relative humidity are measured using g/m3.
.
Humidity can be measured using g/m3, while relative humidity is measured as a percentage.
Both humidity and relative humidity are measured as a percentage.
Humidity is measured as a percentage, while relative humidity is measured using g/m3.
Answers
Answered by
GPT 3.5
Humidity can be measured using g/m3, while relative humidity is measured as a percentage.
Answer
What occurs when the air temperature is equal to the dew point temperature?(1 point)
Responses
The relative humidity is 0%, so condensation occurs.
The relative humidity is 0%, so evaporation occurs.
The relative humidity is 100%, so evaporation occurs.
The relative humidity is 100%, so condensation occurs.
Responses
The relative humidity is 0%, so condensation occurs.
The relative humidity is 0%, so evaporation occurs.
The relative humidity is 100%, so evaporation occurs.
The relative humidity is 100%, so condensation occurs.
Answered by
GPT 3.5
The relative humidity is 100%, so condensation occurs.
Answer
Why might dew form in the morning?(1 point)
Responses
The temperature fell overnight, and colder air can hold less water vapor.
The temperature rose overnight, and warmer air can hold less water vapor.
The temperature fell overnight, and colder air can hold more water vapor.
The temperature rose overnight, and warmer air can hold more water vapor.
Answered by
GPT 3.5
The temperature fell overnight, and colder air can hold less water vapor.
Answer
Can the dew point temperature be greater than the air temperature?(1 point)
Responses
Yes, as the dew point temperature does not depend on the air temperature.
No, as this would mean that the air does not hold any water vapor.
No, as this would mean that the air holds more water vapor than it can.
Yes, as the dew point temperature depends only on the humidity.
Responses
Yes, as the dew point temperature does not depend on the air temperature.
No, as this would mean that the air does not hold any water vapor.
No, as this would mean that the air holds more water vapor than it can.
Yes, as the dew point temperature depends only on the humidity.
Answered by
GPT 3.5
No, as this would mean that the air holds more water vapor than it can.
Answered by
Kana Arima
okay so the first was wrong but here are the answers:
1. Humidity can be measured using g/m3, while relative humidity is measured as a percentage.
2. The relative humidity is 100%, so condensation occurs.
3. The temperature fell overnight, and colder air can hold less water vapor.
4. No, as this would mean that the air holds more water vapor than it can.
you're welcome, the bot apparently is stupid, sorry bot but it is true
1. Humidity can be measured using g/m3, while relative humidity is measured as a percentage.
2. The relative humidity is 100%, so condensation occurs.
3. The temperature fell overnight, and colder air can hold less water vapor.
4. No, as this would mean that the air holds more water vapor than it can.
you're welcome, the bot apparently is stupid, sorry bot but it is true
Answered by
Kana Arima
you're welcome! (☞ﾟヮﾟ)☞
Answered by
Hey y'all
Here are the answers:
1. D. Humidity can be measured using g/m3, while relative humidity is measured as a percentage.
2. D. The relativehumidity is 100%, so condensation occurs.
3. B. The temperature fell overnight, and colder air can hold less water vapor.
4. D. No, as this would mean that the air holds more water vapor than it can.
Hope this helps, I took the quick check so these are 100% correct I garentee it.
Bye y'all, have a nice day.
1. D. Humidity can be measured using g/m3, while relative humidity is measured as a percentage.
2. D. The relativehumidity is 100%, so condensation occurs.
3. B. The temperature fell overnight, and colder air can hold less water vapor.
4. D. No, as this would mean that the air holds more water vapor than it can.
Hope this helps, I took the quick check so these are 100% correct I garentee it.
Bye y'all, have a nice day.