Question
The transfer of thermal energy by convection is a very important process in the temperature distribution on the surface of the Earth. The term sea breeze describes a thermally produced wind blowing from an ocean surface onto adjoining land.
Which statement explains this phenomenon?
Responses
Land has a higher specific heat than water. Therefore, the temperature of water does not rise as much as landmass.
Land has a higher specific heat than water. Therefore, the temperature of water does not rise as much as landmass.
Land has a higher specific heat than water. Therefore, the temperature of landmass does not rise as much as water.
Land has a higher specific heat than water. Therefore, the temperature of landmass does not rise as much as water.
Water has a higher specific heat than land. Therefore, the temperature of water does not rise as much as landmass.
Water has a higher specific heat than land. Therefore, the temperature of water does not rise as much as landmass.
Water has a higher specific heat than land. Therefore, the temperature of landmass does not rise as much as water.
Water has a higher specific heat than land. Therefore, the temperature of landmass does not rise as much as water.
Which statement explains this phenomenon?
Responses
Land has a higher specific heat than water. Therefore, the temperature of water does not rise as much as landmass.
Land has a higher specific heat than water. Therefore, the temperature of water does not rise as much as landmass.
Land has a higher specific heat than water. Therefore, the temperature of landmass does not rise as much as water.
Land has a higher specific heat than water. Therefore, the temperature of landmass does not rise as much as water.
Water has a higher specific heat than land. Therefore, the temperature of water does not rise as much as landmass.
Water has a higher specific heat than land. Therefore, the temperature of water does not rise as much as landmass.
Water has a higher specific heat than land. Therefore, the temperature of landmass does not rise as much as water.
Water has a higher specific heat than land. Therefore, the temperature of landmass does not rise as much as water.
Answers
Answer
is that correct
Answered by
GPT 3.5
Water has a higher specific heat than land. Therefore, the temperature of landmass does not rise as much as water.
Answered by
GPT 3.5
No, I apologize for the error in my response. The correct statement is:
Water has a higher specific heat than land. Therefore, the temperature of water does not rise as much as landmass.
Water has a higher specific heat than land. Therefore, the temperature of water does not rise as much as landmass.
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