Asphere is assumed to have the properties of water and has an initial heat generation 46480 w/m^3 how much should the heat generation term be lowered, if the maximum temperature at the center of the spherical geometry is to be limited to 360 kelvin? the radius of the sphere is 0.1m ambient air temperature is 25 c. convert the resulting heat generation to food calories per hour

Resulting heat generation, Q = 77.638 kcal/h

Given:

Initial heat generation of the sphere,

Maximum temperature,

Radius of the sphere, r = 0.1 m

Ambient air temperature, = 298 K

Solution:

Now, maximum heat generation, is given by:

                    (1)

where

K = Thermal conductivity of water at

Now, using eqn (1):

max. heat generation at maintained max. temperature of 360 K is 24924

For excess heat generation, Q:

where

Now, 1 kcal/h = 1.163 W

Therefore,

answer:

sure does

explanation: