Home
Class 10
PHYSICS
A copper calorimeter of mass 100g and te...

A copper calorimeter of mass 100g and temperature `30^(@)C ` contains water of mass 200 g and temperature`30^(@)C`. If a pieceof ice of mass 40g and temperature `0^(@)C ` is added to it,what will be the maximum temperature of the mixture ? [c( copper ) `= 0.1 cal // g.^(@)C, ` c ( water ) = ` 1 cal //g.^(@) C , L = 80 cal //g `]

Text Solution

Verified by Experts

The correct Answer is:
`12.4^(@)C `
Promotional Banner

Topper's Solved these Questions

  • HEAT

    NAVNEET PUBLICATION - MAHARASHTRA BOARD|Exercise Textbook page 66|29 Videos
  • GRAVITATION

    NAVNEET PUBLICATION - MAHARASHTRA BOARD|Exercise Solve the following examples/numerical problems :|37 Videos
  • LAWS, RULES, UNITS AND DEFINITIONS

    NAVNEET PUBLICATION - MAHARASHTRA BOARD|Exercise Carbon Compounds|18 Videos

Similar Questions

Explore conceptually related problems

Water of mass 200 g and temperature 30^(@)C is taken in a copper calorimeter of mass 50g and temperature 30^(@)C . A copper sphere of mass 100g and temperature 100^(@)C is released into it. What will be the maximum temperature of the mixture ? [ c ( water = 1 cal //g.^(@) C , c ( copper ) = 0.1 cal//g.^(@)C ]

If water of mass 60 g and temperature 50^(@)C is mixed with water of mass 40g and temperature 30^(@)C , what will be the maximum temperature of the mixture ?

If water of mass 60 g and temperature 60^(@)C is mixed with water of mass 60 g and temperature 40^(@)C , what will be the maximum temperature of the mixture ?

If water of mass 80g and temperature 45^(@)C is mixed with water of mass 20g and temperature 30^(@)C , what will be maximum temperature of the mixture?

State the low of conservation of energy. If water of mass 80 g and temperature 45^(@)C is mixed with water of mass 20 g and temperature 30^(@) C , what will be the maximum temperature of the mixture ?

A calorimeter has mass 100 g and specific heat 0.1 kcal/ kg.^(@)C . It contains 250 g of liquid at 30^(@) C having specific heat of 0.4 kcal/ kg.^(@) C . If we drop a piece of ice of mass 10 g at 0^(@) c into it , what will be the temperature of the mixture ?