At 0 Celsius, the heat loss H (in kilocalories per square meter per hour) from a...

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At 0 Celsius, the heat loss H (in kilocalories per square meter per hour) from a person's body can be modeled by H=33(10v v + 10.45) - where v is the wind speed (in meters per second). (a) Find dH dv dH 33 dv Interpret the meaning of dH in this situation. dv rate of change of time with respect to heat loss O rate of change of wind velocity with respect to heat loss O rate of change of wind velocity with respect to time O change in heat loss with respect to temperature rate of change of heat loss with respect to wind velocity (b) Find the rates of change of H when v 6 and when v = 7. (Round your answers to three decimal places). H'(6) 34.360 X kcal/m H'(7) 29.364 x kcal/m At 0 Celsius, the heat loss H (in kilocalories per square meter per hour) from a person's body can be modeled by H=33(10v v + 10.45) - where v is the wind speed (in meters per second). (a) Find dH dv dH 33 dv Interpret the meaning of dH in this situation. dv rate of change of time with respect to heat loss O rate of change of wind velocity with respect to heat loss O rate of change of wind velocity with respect to time O change in heat loss with respect to temperature rate of change of heat loss with respect to wind velocity (b) Find the rates of change of H when v 6 and when v = 7. (Round your answers to three decimal places). H'(6) 34.360 X kcal/m H'(7) 29.364 x kcal/m

Answer rating: 100% (QA)

a To find d we need to differentiate the given function H 33leftfrac... View the full answer