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7. Based on both passages, which statement correctly compares mitochondria and lysosomes? A) Both produce ATP for the cell's energy needs. B) Both are involved in breaking down cellular waste. C) Mitochondri generate energy, while lysosomes break down waste. D) Lysosomes carry out photosynthesis while mitochondria control genetic material. 8. If a plant cell's chloroplasts were removed, what would most likely happen? A) The cell would continue making glucose using its mitochondria. B) The cell would no longer be able to perform photosynthesis. C) The cell would store more energy in its lysosomes. D) The cell would produce more ATP than before. 9. Which of the following best summarizes the relationship between an organelle's structure and its function? A) Organelles have different structures but all perform the same function. B) The structure of an organelle is unrelated to its function. C) An organelle's structure determines its function, allowing specialization. D) Organelles must have identical structures to work together. 10. If a new treatment were developed to improve mitochondrial function in diseased cells which of the following outcomes would be expected? A) Increased ATP production and improved cell energy levels. B) Decreased energy levels and slower cellular activity. C) More lysosomes being produced in the cell. D) A decrease in the cell's ability to perform photosynthesis.

Problemas

7. Based on both passages, which statement correctly compares mitochondria and lysosomes? A) Both produce ATP for the cell's energy needs. B) Both are involved in breaking down cellular waste. C) Mitochondri generate energy, while lysosomes break down waste. D) Lysosomes carry out photosynthesis while mitochondria control genetic material. 8. If a plant cell's chloroplasts were removed, what would most likely happen? A) The cell would continue making glucose using its mitochondria. B) The cell would no longer be able to perform photosynthesis. C) The cell would store more energy in its lysosomes. D) The cell would produce more ATP than before. 9. Which of the following best summarizes the relationship between an organelle's structure and its function? A) Organelles have different structures but all perform the same function. B) The structure of an organelle is unrelated to its function. C) An organelle's structure determines its function, allowing specialization. D) Organelles must have identical structures to work together. 10. If a new treatment were developed to improve mitochondrial function in diseased cells which of the following outcomes would be expected? A) Increased ATP production and improved cell energy levels. B) Decreased energy levels and slower cellular activity. C) More lysosomes being produced in the cell. D) A decrease in the cell's ability to perform photosynthesis.

7. Based on both passages, which statement correctly compares mitochondria and lysosomes? A) Both produce ATP for the cell's energy needs. B) Both are involved in breaking down cellular waste. C) Mitochondri generate energy, while lysosomes break down waste. D) Lysosomes carry out photosynthesis while mitochondria control genetic material. 8. If a plant cell's chloroplasts were removed, what would most likely happen? A) The cell would continue making glucose using its mitochondria. B) The cell would no longer be able to perform photosynthesis. C) The cell would store more energy in its lysosomes. D) The cell would produce more ATP than before. 9. Which of the following best summarizes the relationship between an organelle's structure and its function? A) Organelles have different structures but all perform the same function. B) The structure of an organelle is unrelated to its function. C) An organelle's structure determines its function, allowing specialization. D) Organelles must have identical structures to work together. 10. If a new treatment were developed to improve mitochondrial function in diseased cells which of the following outcomes would be expected? A) Increased ATP production and improved cell energy levels. B) Decreased energy levels and slower cellular activity. C) More lysosomes being produced in the cell. D) A decrease in the cell's ability to perform photosynthesis.

Solución

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Norbertoveterano · Tutor durante 11 años
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7. C) Mitochondria generate energy, while lysosomes break down waste.<br />8. B) The cell would no longer be able to perform photosynthesis.<br />9. C) An organelle's structure determines its function, allowing specialization.<br />10. A) Increased ATP production and improved cell energy levels.

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## Step 1<br />For question 7, we need to compare the functions of mitochondria and lysosomes. Mitochondria are known for generating energy in the form of ATP, while lysosomes are involved in breaking down waste materials within the cell.<br /><br />## Step 2<br />For question 8, we need to consider the role of chloroplasts in a plant cell. Chloroplasts are responsible for photosynthesis, a process that converts light energy into chemical energy in the form of glucose. If chloroplasts were removed, the cell would lose its ability to perform photosynthesis.<br /><br />## Step 3<br />For question 9, we need to understand the relationship between an organelle's structure and its function. The structure of an organelle is closely related to its function, allowing for specialization. This is because the structure of an organelle determines its function, and different organelles have different structures to perform different functions.<br /><br />## Step 4<br />For question 10, we need to consider the potential outcomes of improving mitochondrial function in diseased cells. If mitochondrial function is improved, it would likely lead to increased ATP production and improved cell energy levels, as mitochondria are responsible for producing ATP.
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