When a strom passes over a building, it sucks up air from the building and makes the building explode. The strom is most likely to be a :

Options

A. Tornado
B. Cyclone
C. Thunderstorm
D. Typhoon

Answer

To determine the type of storm that can suck air from a building and cause it to explode, we can analyze the characteristics of the different types of storms mentioned in the question.

### Step-by-Step Solution:

1. **Understand the Storm Types**:
- **Tornado**: A rapidly rotating column of air that extends from a thunderstorm to the ground. Tornadoes are known for their ability to create a significant drop in pressure, which can lead to the sucking of air from buildings.
- **Cyclone**: A large scale air mass that rotates around a center of low atmospheric pressure. While cyclones can cause destruction, they do not typically create the same localized pressure drop as tornadoes.
- **Thunderstorm**: A storm characterized by the presence of thunder and lightning. Thunderstorms can produce strong winds and heavy rain, but they do not usually create the explosive effect described.
- **Typhoon**: Essentially the same as a cyclone but occurs in the Northwest Pacific region. Like cyclones, they do not have the same sucking effect on buildings as tornadoes.

2. **Analyze the Effects**: The question states that the storm "sucks up air from the building and makes the building explode." This effect is characteristic of a tornado due to its intense wind speeds and low pressure.

3. **Conclusion**: Based on the characteristics and effects of the storms, the storm that is most likely to suck air from a building and cause it to explode is a **tornado**.

4. **Final Answer**: Therefore, the correct option is **option 1: tornado**.