If we take 50 g of water and supply 300 calorie of heat to it then what will be the rise in itstemperature? (take specific heat of water as 1cal g-1 °C-1). Assume no loss of heat insurroundings and all supplied heat getabsorbed by water only

If we take 50 g of water and supply 300 calorie of heat to it then w

1.	If we take 50 g of water and supply 300 calorie of heat to it then what will be the rise in itstemperature? (take specific heat of water as 1cal g-1 °C-1). Assume no loss of heat insurroundings and all supplied heat getabsorbed by water only
Answer» yesExplanation:Heat is a conserved quantity. Suppose two BODIES A and B are at different temperatures, wherein A is HIGHER and B is lower. When they are brought in contact, the heat given by A is equal to the heat gained by B. Thus, the heat is conserved in the SYSTEM.Here, we have ignored the heat EXCHANGED with the surroundings. If we consider the surroundings, the heat of the system will be conserved.

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If we take 50 g of water and supply 300 calorie of heat to it then what will be the rise in itstemperature? (take specific heat of water as 1cal g-1 °C-1). Assume no loss of heat insurroundings and all supplied heat getabsorbed by water only​

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If we take 50 g of water and supply 300 calorie of heat to it then what will be the rise in itstemperature? (take specific heat of water as 1cal g-1 °C-1). Assume no loss of heat insurroundings and all supplied heat getabsorbed by water only