[" Answer these."],[" How much energy is transferred when "1" gm of boiling water at "100^(@)C" condenses to "],[" water at "100^(@)C" ? "]

Answer these (a) How much energy is transferred when 1 g. of boiling water at 100^@ C condenses to water at 100^@ C ? (b) How much energy is transferred when 1 g. of boiling water 100^@C cools to water at 0^@ C? (c) How much energy is released or absorbed when 1 g. of water at 0^@ C freezes to ice at 0^@ C ? (d) How much energy released or absorbed when 1 g. of steam at 100^@ C cools to ice at 0^@ C?

Answer these (a) How much energy is transferred when 1 g. of boiling water at 100^@ C condenses to water at 100^@ C ? (b) How much energy is transferred when 1 g. of boiling water 100^@C cools to water at 0^@ C? (c) How much energy is released or absorbed when 1 g. of water at 0^@ C freezes to ice at 0^@ C ? (d) How much energy released or absorbed when 1 g. of steam at 100^@ C cools to ice at 0^@ C?

Does the temperature change when boiling water at '100^@'C changes to water vapour at '100^@'C ?

How much heat is required to convert 1 g of ice at 0^@C to water at 100^@C ?

The Ph of boiling water (100^(@)C) is 6.5625. The boiling water

How much energy needs to be supplied to 150 g of water at 100^@C to convert it to steam at 100^@C . (L=540 cal/g)

How much energy needs to be supplied to 150g of water at 100^(@)C to convert it to steam at 100^(@)C . (L_(vap) = 540 cal//g) .

Explain which one will cause more severe burns-boiling water at 100^(@)C or steam at 100^(@)C .

How much work is done on the steam when 1.00 mol of water at 100^(@)C boils and becomes 1.00 mole of steam at 100^(@)C at 1.00 atm pressure? Assume the steam to behave as an ideal gas , detemine the change in the internal energy of the material as it vapourizes.