The temperature of a body falls from `40^(@)C` to `36(@)C` in 5 minutes when placed in a surrouning of constant temperature `16(@)C` Find the time taken for the temperature of the body to become `32(@)C`.

The temperature of a body falls from 40^(@)C to 36^(@)C in 5 minutes when placed in a surrounding of constant temperature 16^(@)C Find the time taken for the temperature of the body to become 32^(@)C .

The temperature of a body falls from 40^(@)C to 30^(@)C in 10 min when placed in a surrounding of constant temperature 15^(@)C . Find the time taken for the temperature of the body to becomes 20^(@)C

The temperature of a body falls from 52^(@)C to 36^(@)C in 10 minutes when placed in a surrounding of constant temperature 20^(@)C . What will be the temperature of the body after another 10min . (Use Newton's law of cooling)

The temperature of a body falls from 30^(@)C to 20^(@)C in 5 minutes. The temperature of the air is 13^(@)C . Find the temperature of the body after another 5 minutes.

The temperature of a body falls from 50^(@)C to 40^(@)C in 10 minutes. If the temperature of the surroundings is 20^(@)C Then temperature of the body after another 10 minutes will be

The temperature of a body falls from 50^(@)C to 40^(@)C in 10 minutes. If the temperature of the surroundings is 20^(@)C Then temperature of the body after another 10 minutes will be

A body cools from 60^(@)C to 52^(@)C in 5 minutes what will be the further fall in its temperature in the next five minutes? If the temperature of the surrounding is 28^(@)C

A body cools from 50^(@)C to 40^(@)C is 5 minutes when its surrounding are at a constant temperature of 20^(@)C . How long will it take for it to cool by another 10^(@)C ?

The temperature of a body falls from 40^° C to 30^° C in 10 minutes. If the temperature of surrounding is 15^° C, then time to fall the temperature from 30^° C to 20^° C