(b) The proton gradient created by the electron transport chain is found in both chloroplasts and mitochondrion. The difference in proton concentration on either side of the membrane allows the process of chemiosmosis to convert ADP and phosphate ions into ATP. The protein embedded within the membrane that the protons pass through down their concentration gradient is ATP synthase. The blank label is pointing to the protein embedded into the membrane that protons pass through to convert ADP and phosphate ions into ATP. Hence the correct answer is ATP synthase. (c) Within both the membrane of the chloroplast and the mitochondrion is a set of proteins that produce a proton gradient.

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The chloroplast uses additional proteins to assist in the process of photosynthesis; however, both use the electron transport chain to move protons out of the matrix. In mitochondria the proton concentration is greater in the intermembrane space because of the protons that are pumped into it during the electron transport chain. In the chloroplast the electron transport chain is used to pump protons from the stroma into the thylakoid space. The blank label is pointing to the area in the chloroplast where protons are pumped into via the electron transport chain. Hence the correct answer is ence the thylakoid space. (d) Within both the membrane of the chloroplast and the mitochondrion is a set of proteins that produce a proton gradient. The chloroplast uses additional proteins to assist in the process of photosynthesis; however, both use the electron transport chain to move protons out of the matrix.

In mitochondria the proton concentration is greater in the intermembrane space because of the protons that are pumped into it during the electron transport chain. In the chloroplast the electron transport chain is used to pump protons from the stroma into the thylakoid space. The proton gradient created by the electron transport chain is found in both chloroplasts and mitochondrion. The difference in proton concentration on either side of the membrane allows the process of chemiosmosis to convert ADP and phosphate ions into ATP. The protein embedded within the membrane that the protons pass through down their concentration gradient is ATP synthase.

The protons flow down their concentration gradient from the thylakoid space through ATP synthase into the stroma. The blank label is pointing to the area in the chloroplast where protons are pumped from via the electron transport chain, and where protons flow down their concentration gradient.

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Hence the correct answer is ence the stro stroma. (e) Within both the membrane of the chloroplast and the mitochondrion is a set of proteins that produce a proton gradient. The chloroplast uses additional proteins to assist in the process of photosynthesis; however both use the electron transport chain to move protons out of the matrix.

In mitochondria the proton concentration is greater in the intermembrane space because of the protons that are pumped into it during the electron transport chain. In the chloroplast the electron transport chain is used to pump protons from the stroma into the thylakoid space. The proton gradient created by the electron transport chain is found in both chloroplasts and mitochondrion. The difference in proton concentration on either side of the membrane allows the process of chemiosmosis to convert ADP and phosphate ions into ATP. The protein embedded within the membrane that the protons pass through down their concentration gradient is ATP synthase. The protons flow down their concentration gradient from the thylakoid space through ATP synthase into the stroma. The blank label is pointing to the energy molecule that is made when protons flow down their concentration gradient from the thylakoid space through ATP synthase into the stroma.

Hence the correct answer is ATP.

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