Question

Which situation would react faster and why?

1.Example A would be faster because of a high surface area.


2.Example B would be faster because of a high surface area.



3.Example B would be faster because of a low surface area.



4.Example A would be faster because of a low surface area.

Answer 1

Answer:1. Example A would be faster because of a high surface area.

2. Example B would be faster because of a high surface area.

3. Example B would be faster because of a low surface area.

4. Example A would be faster because of a low surface area.

Step-by-step explanation:

The correct answer would be:

1. Example A would be faster because of a high surface area.

When it comes to chemical reactions, a higher surface area allows for more contact between the reactants, leading to increased reaction rates. In Example A, where there is a high surface area, the reactants have more opportunity to interact, resulting in a faster reaction. On the other hand, in Example B, where there is a low surface area, the reactants have less contact with each other, causing a slower reaction.

In summary, a higher surface area generally promotes faster reactions due to increased contact between reactant particles.

Answer 2

The correct answer is:

1. Example A would be faster because of a high surface area.

In a chemical reaction, the rate at which the reaction occurs is influenced by the surface area of the reactants. A higher surface area means more contact between the reactant particles, allowing them to react faster. In Example A, since it has a high surface area, the reactant particles have more area available for contact, leading to a faster reaction.

To illustrate this, let's consider a practical example. Imagine you have a solid block of sugar and a pile of powdered sugar. If you were to dissolve both in water, the powdered sugar would dissolve faster than the solid block. This is because the powdered sugar has a higher surface area due to its fine particles, allowing it to come into contact with the water more easily.

Therefore, in the given scenario, Example A would react faster due to its high surface area.

Step-by-step explanation: