Some process are given below. What happens to the process if it is subjected to a change given in the barckets ?
(ii) Dissolution of ` Ice overset (M.pt) hArr " Water ( Pressure is increased ) "`
(ii) Dissolution of NaOH in water ( Temperature is increased)
(iii) `N_(2) (g) + O_(2) (g) hArr 2 NO (g) - 180* 7 kJ ` (pressure is increased and temperature is decreased).

Explanation

To solve the question regarding the effects of changes on different processes, we will analyze each process step by step.

### Step 1: Dissolution of Ice at Melting Point (Pressure is Increased)
- **Process**: Ice (solid H2O) is converted to water (liquid H2O) at its melting point (0°C).
- **Effect of Increased Pressure**: When pressure is increased, the solid phase (ice) will favorably convert to the liquid phase (water). This is because ice is less dense than water, and increasing pressure will push the equilibrium towards the denser phase (liquid water).
- **Conclusion**: The dissolution of ice will be favored, resulting in more ice melting into water.

### Step 2: Dissolution of NaOH in Water (Temperature is Increased)
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