If mass-energy equilivalence is taken into account, when water is cooled to from ice, the mass of water should

If mass-energy equivalence is taken into account, when water is cooled to from ice, the mass of water should

If mass-energy equivalence is taken into account , when water is cooled to form ice, the mass of water should :-(Note: The mass energy of an object is the energy equivalent of its mass , as given by E= mc^(2) , where m= mass of object & c = speed of light)

If mass-energy equivalence is taken into account , when water is cooled to form ice, the mass of water should :-(Note: The mass energy of an object is the energy equivalent of its mass , as given by E= mc^(2) , where m= mass of object & c = speed of light)

If mass-energy equivalence is taken into account , when water is cooled to form ice, the mass of water should :-(Note: The mass energy of an object is the energy equivalent of its mass , as given by E= mc^(2) , where m= mass of object & c = speed of light)

when water is cooled , it changes to ice . Why

When heated from 0° to 10°C volume of a given mass of water will :

When water freezes into ice