Question

2. Draw conclusions
How is it useful for organisms to have an uneven distribution of mitochondria among their cells?

Answer 1

Answer:

It is useful for organisms to have an uneven distribution of mitochondria among their cell because different cells perform different functions.

The mitochondria is an organelle in the cell that produces energy.

It is known as the powerhouse of the cell and the body.

Mitochondria is found in uneven concentrations in the body at different parts.

From the diagram attached, heart has a higher distribution of mitochondria compared to the cells of the liver and the pituitary gland.

The heart demands more energy because it pumps blood throughout the body. This is a tasking process as the heart beats severally within a minute.

Mitochondria is distributed in the body based on the energy demands by body organs. This helps to ration energy into the parts of the body where they are more needed compared to the other parts.

Cells with a higher metabolic activities have higher amount of mitochondria to meet their energy demands compared to cells with lower metabolic activities.

Explanation:

Answer 2

It is useful for organisms to have an uneven distribution of mitochondria among their cell because different cells perform different functions.

Mitochondria is a double membrane-bound organelle in the cell that produces energy, therefore, called the powerhouse of the cell and the body.

Mitochondria is present unevenly in the cells of the body at different parts. as it is shown,

• The heart has a higher distribution of mitochondria as it requires more energy due to its pumps blood throughout the body.
• The liver and pituitary are on their metabolic activity.

• Mitochondria is distributed in the body based on the energy demands by body organs. This helps to ration energy into the parts of the body where they are more needed compared to the other parts.

Cells with higher metabolic activities have a higher amount of mitochondria to meet their energy demands compared to cells with lower metabolic activities.

Learn more about mitochondria:

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