The melting point of ice and freezing point of water have .............. numerical values

Same

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different

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Cant say

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None of the above

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Solution

The correct option is A Same
Under the same atmospheric condition the temperature at which ice melt if heat is supplied is the same temperature at which water freezes to ice if heat is absorb.

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Similar questions

The latent heat of fusion of ice is $5.99 K J / m o l$ at its melting point. The values of $Δ S$ for fusion of $900 g m$ ice and $Δ S$ for freezing of liquid water are respectively:

State

(a) the melting point of ice and (b) the boiling point of water.

I don't understand how melting point = freezing point.

For example, if liquid water freezes at 0 °C how can ice also melts at 0 °C?

Q. Consider the following statements.
1. Those substances which expand on freezing have their melting point lowered by the increase of pressure where as those substances which contract on freezing have their melting points raised by the increase of pressure.
2. The phenomenon that ice melts on application of pressure and again solidifies when the pressure is released is known as regelation.
Which of the statement(s) given above is/are correct?

Q. Why is melting point of water and freezing point of water same ? How freezing and melting can take place simultaneously at same temperature ?

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The melting point of ice and freezing point of water have .............. numerical values

The correct option is A SameUnder the same atmospheric condition the temperature at which ice melt if heat is supplied is the same temperature at which water freezes to ice if heat is absorb.

The correct option is A Same
Under the same atmospheric condition the temperature at which ice melt if heat is supplied is the same temperature at which water freezes to ice if heat is absorb.