The best answer is: "It allowed cnidarians to eat food that is larger than an individual cell."

Here's why:

1. Extracellular digestion is a process where food is broken down outside the cells in a compartment within the organism, such as a digestive tract. This is different from intracellular digestion, where food is taken into cells and broken down.

2. In the case of cnidarians, which include creatures like jellyfish and sea anemones, they have a simple sac-like gut where extracellular digestion occurs. This is known as the gastrovascular cavity.

3. The evolution of extracellular digestion allowed cnidarians to consume and digest food that is larger than an individual cell. This is a significant evolutionary step because it means these organisms can gain more energy from a wider variety of food sources, which can support larger body sizes and more complex body systems.

4. While cnidarians do have nematocytes (specialized cells for capturing prey) and they do use the gastrovascular space for waste discharge, these are not directly related to the evolution of extracellular digestion. And while extracellular digestion does allow for larger body sizes, it's not accurate to say that it allowed cnidarians to be much bigger than any previous animal.

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The best answer is: "It allowed cnidarians to eat food that is larger than an individual cell."

Here's why:

1. Extracellular digestion is a process where food is broken down outside the cells in a compartment within the organism, such as a digestive tract. This is different from intracellular digestion, where food is taken into cells and broken down.

2. In the case of cnidarians, which include creatures like jellyfish and sea anemones, they have a simple sac-like gut where extracellular digestion occurs. This is known as the gastrovascular cavity.

3. The evolution of extracellular digestion allowed cnidarians to consume and digest food that is larger than an individual cell. This is a significant evolutionary step because it means these organisms can gain more energy from a wider variety of food sources, which can support larger body sizes and more complex body systems.

4. While cnidarians do have nematocytes (specialized cells for capturing prey) and they do use the gastrovascular space for waste discharge, these are not directly related to the evolution of extracellular digestion. And while extracellular digestion does allow for larger body sizes, it's not accurate to say that it allowed cnidarians to be much bigger than any previous animal.

Knowee AI · Accepted Answer

The best answer is: "It allowed cnidarians to eat food that is larger than an individual cell."

Here's why:

1. Extracellular digestion is a process where food is broken down outside the cells in a compartment within the organism, such as a digestive tract. This is different from intracellular digestion, where food is taken into cells and broken down.

2. In the case of cnidarians, which include creatures like jellyfish and sea anemones, they have a simple sac-like gut where extracellular digestion occurs. This is known as the gastrovascular cavity.

3. The evolution of extracellular digestion allowed cnidarians to consume and digest food that is larger than an individual cell. This is a significant evolutionary step because it means these organisms can gain more energy from a wider variety of food sources, which can support larger body sizes and more complex body systems.

4. While cnidarians do have nematocytes (specialized cells for capturing prey) and they do use the gastrovascular space for waste discharge, these are not directly related to the evolution of extracellular digestion. And while extracellular digestion does allow for larger body sizes, it's not accurate to say that it allowed cnidarians to be much bigger than any previous animal.

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