3 / 490% + 1pH 48. The following is an experiment with isolated thylakoids. The thylakoids were first madeacidic by soaking them in a solution at pH 4. After the thylakoid space reached pH 4, thethylakoids were transferred to a basic solution at pH 8. The thylakoids then made ATP inthe dark. Draw an enlargement of part of the thylakoid membrane in the beaker withthe solution at pH 8. Dra ATP synthase. Label the areas of high H+ concentration andlow H+ concentration. Show the direction protons flow through the enzyme, and showthe reaction where ATP is synthesized. Would ATP end up in the thylakoid or outside ofit? Explain why thylakoids in the experiment were able to make ATP in the dark.88pH 7SEpH 4[A88→tvpH 83ATPA Cellular Respiration and Photosynthesis:9. Suppose that one day a pika (living in your yard) eats a candy bar accidentally tainted withradioactive carbon. You are surprised to discover that a bird in your backyard hasradioactivity in its body one week later. How did this occur?10. Twelve radish seeds were placed in each of four different dishes and treated under variousexperimental conditions: Dish 1 received neither light nor water. Dish 2 received both. Dish3 received water, but no light. Dish 4 received light but no water. After one week the dishesappeared as follows. The material in each dish was then dried and weighed. What were therelative weights? Why?1?234

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Description: 3 / 490% + 1pH 48. The following is an experiment with isolated thylakoids. The thylakoids were first madeacidic by soaking them in a solution at pH 4. After the thylakoid space reached pH 4, thethylakoids were transferred to a basic solution at pH

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3. The following is an experiment with isolated thylakoids. The thylakoids were first made acidic by soaking them in a solution at pH 4. After the thylakoid space reached pH 4, the thylakoids were transferred to a basic solution at pH 8. The thylakoids then made ATP in the dark. Draw an enlargement of part of the thylakoid membrane in the beaker with the solution at pH 8. Dray ATP synthase. Label the areas of high H+ concentration and low H+ concentration. Show the direction protons flow through the enzyme, and show the reaction where ATP is synthesized. Would ATP end up in the thylakoid or outside of it? Explain why thylakoids in the experiment were able to make ATP in the dark. pH 7 pH 4 BE pH 4 pH 8 3 ATP

3. The following is an experiment with isolated thylakoids. The thylakoids were first made acidic by soaking them in a solution at pH 4. After the thylakoid space reached pH 4, the thylakoids were transferred to a basic solution at pH 8. The thylakoids then made ATP in the dark. Draw an enlargement of part of the thylakoid membrane in the beaker with the solution at pH 8. Dray ATP synthase. Label the areas of high H+ concentration and low H+ concentration. Show the direction protons flow through the enzyme, and show the reaction where ATP is synthesized. Would ATP end up in the thylakoid or outside of it? Explain why thylakoids in the experiment were able to make ATP in the dark. pH 7 pH 4 BE pH 4 pH 8 3 ATP

Curren'S Math For Meds: Dosages & Sol

11th Edition

ISBN:9781305143531

Author:CURREN

Publisher:CURREN

Chapter21: Heparin Infusion Calculations

Section: Chapter Questions

Problem 1.3P

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