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Researchers study the rate of water loss (% body weight per minute) of a tropical bedbug exposed to different combinations of temperature in degrees Celsius
Researchers study the rate of water loss (% body weight per minute) of a tropical bedbug exposed to different combinations of temperature in degrees Celsius (temp) and relative humidity as a percentage (humid). The tted regression equation for their multiple regression is: Predicted rate of water loss = -2.7 + 0.05(temp) + 0.04(humid) Which of the following is an interpretation of the coefcient of the intercept_? Q When temp is 0.05 and humid is 0.04, the predicted rate of water loss is 2.7%. Q When temp is held constant and humid increases by 1%, the predicted rate of water loss increases by 0.04. Q When humid is held constant and temp increases by 1 degree, the predicted rate of water loss increases by 0.05. Q When temp and humid are 0, the predicted rate of water loss is 2.7%
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