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

Options

A. tornado
B. cyclone
C. thunderstrom
D. typhoon

Answer

To determine which type of storm is most likely to suck up air from a building and cause it to explode, we can follow these steps:

### Step 1: Understand the Types of Storms
We need to identify the characteristics of the different types of storms mentioned:
- **Tornado**: A rapidly rotating column of air that extends from a thunderstorm to the ground. Tornadoes can create very low pressure, which can suck air out of buildings.
- **Cyclone**: A large scale air mass that rotates around a strong center of low atmospheric pressure. It generally does not have the same localized sucking effect as a tornado.
- **Thunderstorm**: A storm characterized by the presence of lightning and thunder. While thunderstorms can produce strong winds, they do not typically cause buildings to explode due to air pressure differences.
- **Typhoon**: Essentially the same as a cyclone but occurs in the Northwest Pacific region. Like cyclones, they do not have the same localized effect as tornadoes.

### Step 2: Analyze the Situation
The question states that the storm "sucks up air from the building and makes the building explode." This indicates a rapid drop in pressure inside the building, which is characteristic of a tornado. Tornadoes can create a significant pressure difference, leading to the destruction of buildings.

### Step 3: Eliminate Other Options
- **Cyclone**: While cyclones are powerful storms, they do not have the localized sucking effect that tornadoes do.
- **Thunderstorm**: Although thunderstorms can be severe, they do not typically cause buildings to explode by sucking air out.
- **Typhoon**: Similar to cyclones, typhoons do not exhibit the same behavior as tornadoes.

### Step 4: Conclusion
Based on the analysis, the storm that is most likely to suck air from a building and cause it to explode is a **tornado**.

### Final Answer
The storm is most likely to be a **tornado** (Option 1).

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