In the weightlessness of space, if a frozen pea touches pepsi it will blow up.
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True
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False
In microgravity, a frozen pea touching Pepsi would not 'blow up' - there's no chemical reaction between ice and soda that causes explosion. The pea might slowly melt and dissolve carbon dioxide from the soda, but this is a gradual process, not an explosion. The statement is absurd and false.
To answer this question, we need to understand the properties of weightlessness in space and the interaction between frozen peas and Pepsi.
In the weightlessness of space, objects experience a lack of gravity or a microgravity environment. This means that there is no force pulling objects down, and they float freely. In such an environment, objects can move around and collide more easily.
When a frozen pea touches Pepsi in space, it can cause a reaction that leads to the "blowing up" of the Pepsi. This is because the frozen pea can act as a nucleation site for the release of carbon dioxide gas that is dissolved in the Pepsi. The pea's rough surface and low temperature can cause the carbon dioxide to rapidly come out of solution, creating a fizzy reaction that can result in the release of gas and potentially cause the Pepsi to "blow up."
Therefore, the statement "In the weightlessness of space, if a frozen pea touches Pepsi it will blow up" is true.
The correct answer is A) True.