Fill in the order form to get the price

Subject

Category

Deadline

Timezone:

Title *

Task *

{"ops":[{"insert":"Consider a person sitting nude on a beach in Florida. On a sunny day, visible radiation energy from the sun is absorbed by the person at a rate of 30 kcal\/h or 34.9 W. The air temperature is a warm\u00a0"},{"attributes":{"italic":true},"insert":"30 \u2103"},{"insert":"\u00a0and the individual\u2019s skin temperature is\u00a0"},{"attributes":{"italic":true},"insert":"32 \u2103"},{"insert":". The effective body surface exposed to the sun is\u00a0"},{"attributes":{"italic":true},"insert":"0.9"},{"insert":"\u00a0"},{"attributes":{"italic":true},"insert":"m2"},{"insert":"."},{"attributes":{"list":"ordered"},"insert":"\n"},{"insert":"(4 pts.) Find the net energy gain or loss from thermal radiation each hour.\n(4 pts.) If there is a 4 m\/s breeze, find the energy lost by convection each hour.\n(4 pts.) If the individual\u2019s metabolic rate is 80 kcal\/h (93.0 W) and breathing accounts for a loss of 10 kcal\/h (11.6 W), how much additional heat must be lost by evaporation to keep the body core temperature constant?\n(3 pts.) How would you suggest that he loses this energy? Explain your answer clearly and convincingly.\n\n"}]}

I need basic explanations

Special Requirements

Upload files (if required)

Drop files here to upload

Add files...

Account info

Already have an account?

Name *

E-mail *

Password *

The password must be at least 6 characters.

I agree with terms & conditions