Increasing of temperature due to scattering of energy is determine by ozone, `CO_2` and water vapor , is known as

Options

A. Radioactivity
B. Ozone effect
C. Solar reaction
D. Green house effect

Explanation

**Step-by-Step Solution:**

1. **Understanding the Question**: The question asks about the increase in temperature due to the scattering of energy, which is influenced by certain gases in the atmosphere.

2. **Identifying Relevant Gases**: The gases mentioned in the question are ozone (O₃), carbon dioxide (CO₂), and water vapor (H₂O). These gases are known for their role in trapping heat in the atmosphere.

3. **Defining the Process**: The process by which these gases trap heat and cause an increase in the Earth's temperature is known as the greenhouse effect.

4. **Explaining Global Warming**: When the greenhouse effect is intensified due to increased concentrations of these gases, it leads to global warming. This is a significant rise in Earth's average temperature due to the enhanced greenhouse effect.

5. **Conclusion**: Therefore, the increase in temperature due to the scattering of energy by ozone, CO₂, and water vapor is known as global warming, and the gases responsible for this effect are referred to as greenhouse gases.

**Final Answer**: The process is known as **global warming**.

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