A body cools from "60 ∘ C to 50 ∘C in 10 minutes.If the room temperature is "25 ∘ C then the temperature of the body at the end of the next "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 50^@C " to " 40^@C in 5 min. If the temperature of the surrounding is 20^@C , the temperature of the body after the next 5 min would be

A body cools from a temperature 3 T to 2 T in 10 minutes. The room temperature is T . Assume that Newton's law of cooling is applicable. The temperature of the body at the end of next 10 minutes will be

A body cools from 60^(@)C to 50^(@)C in 10 minutes . If the room temperature is 25^(@)C and assuming Newton's law of cooling to hold good, the temperature of the body at the end of the next 10 minutes will be

A body takes 10 minutes to cool from 60^(@)C to 50^(@)C . The temperature of surroundings is constant at 25^(@) C. Then, the temperature of the body after next 10 minutes will be approximately

A body cools from 50^@C to 40^@C in 5 mintues in surrounding temperature 20^@C . Find temperature of body in next 5 mintues.

If a body cools down from 80^(@) C to 60^(@) C in 10 min when the temperature of the surrounding of the is 30^(@) C . Then, the temperature of the body after next 10 min will be

In 5 minutes, a body cools from 75^@C to 65^@C at room temperature of 25^@C . The temperature of body at the end of next 5 minutes is _______ ""^@C .

A body cools from 70^(@)C to 50^(@)C in 6 minutes when the temperature of the surrounding is 30^(@)C . What will be the temperature of the body after further 12 minutes if coolilng proseeds ac cording to Newton's law of cooling ?