Home
Class 12
MATHS
A cup of coffee at temperature 100^(@)C ...

A cup of coffee at temperature `100^(@)C` is placed in a room whose temperature is `20^(@)C` and it costs to `60^(@)C` in 10 minutes find the temperature after a further interval of 10 minutes .

Text Solution

Verified by Experts

The correct Answer is:
` T ~= 40^(@)C`
Promotional Banner

Topper's Solved these Questions

  • ORDINARY DIFFERENTIAL EQUATIONS

    PREMIERS PUBLISHERS|Exercise SOLUTION TO EXERCISE 10.1|10 Videos
  • ORDINARY DIFFERENTIAL EQUATIONS

    PREMIERS PUBLISHERS|Exercise SOLUTION TO EXERCISE 10.2|5 Videos
  • MODEL QUESTION PAPER -1

    PREMIERS PUBLISHERS|Exercise Part -IV|20 Videos
  • PROBABILITY DISTRIBUTIONS

    PREMIERS PUBLISHERS|Exercise PROBLEMS FOR PRACTICE|40 Videos

Similar Questions

Explore conceptually related problems

A cup of coffee at temperature 100^@C is placed in a room whose temperature is 15^@C and it cools to 60^@C in 5 minutes. Find its temperature after a further interval of 5 minutes

Does a body at 20^(@)C radiate in a room, where the room temperature is 30^(@)C ? If yes, why does its temperature not fall further?

A body cools down from 50^(@)C to 45^(@)C in 5 minutes and to 40^(@)C in another 8 minutes. Find the temperature of the surrounding.

If the neutral temperature is 80^(@) C and inversion temperature is 150^(@) C , then the cold junction temperature is

Water at temperature 100^(@)C cools in 10 minutes to 80^(@)C in a room temperature of 25^(@)C . Find (i) The temperature of water after 20 minutes [log_(e).(11)/(15)=-0.3101, log_(e)5=1.609]

A body cools from 60^@ C to 50^@ C in 10 min of room If the room temperature is 25^@ C and assuming Newton's cooling law holds good, the temperature of the body after 10 more minute.

A body cools- from a temperature 3T to 2T 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.

The temperature gradient in a rod of 0.5 m long is 80° C/m. IF the temperature of hotter end of the rod is 30°C, then the temperature of the cooler end is