naam te gee / Using the light microscrope, compile neat and accurate drawings ofeach leaf with the C3 and C4 photosynthetic routes, and highlight the functional andanatomical features. Please annotate the following: Epidermis, mesophyll (palisadeand spongy), stomata, vascular bundles (xylem and phloem), bundle sheaths,chloroplasts, air spaces, Krantz anatomy. Remember to name your drawings.

Mostly the plants which are present around us are C3 plants because they fix the atmospheric…

Answered: naam te gee / Using the light…

Biology (MindTap Course List)

11th Edition

ISBN:9781337392938

Author:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Publisher:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Chapter34: Leaf Structure And Function

Section: Chapter Questions

Problem 14TYU

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Which of the following is in the correct order from smallest to largest? Thylakoid disk, Photosystem I, mesophyll cell, chloroplast, leaf Photosystem II, Chloroplast, thylakoid disk, mesophyll cell, leaf Thylakoid disk, Photosystem II, chloroplast, mesophyll cell, leaf Photosystem II, Thylakoid disk, chloroplast, mesophyll cell, leaf
List and describe the different proteins that make up the light reaction thylakoid membrane.
please choose correct letter and explain why you choose it 1. As a percentage of the flora, in which of the following geographic locations would the highest percentage of C3 plants be expected? a. Canada b. Brazil c. Colombia d. Venezuela e. USA 2. Which of the following statements describes what cyclic and non-cyclic electron transport in chloroplasts have in common? a. They produce ATP. b. They produce NADPH. c. They both involve photosystem I and photosystem II. d. They produce both ATP and NADPH. e. They both use photosystem II only. 3. Which of the following statements describes what fluorescence and bioluminescence have in common? a. ATP provides the energy for both processes. b. Light provides the energy for both processes. c. Light is produced by a pigment in both processes. d. Both processes emit light. e. All of the above
Answefr the following questions: a.) How many cells thick is the upper epidermis in the leaf structure? b.) Does this layer contain choloroplast? c.) Do cells of the lower epidermis contain chloroplast?
Match the -troph term with the correct definition. (match each letter to the corresponding number) Each term applies to only 1 definition. A.chemotroph B. phototroph C. heterotroph D.heliotroph E. autotroph -------------------------------- 1.gets energy from chemical bonds 2.gets carbon from inorganic sources (carbon dioxide) 3.gets carbon from organic sources (other organisms) 4.gets energy from light
Which parts of the plant areresponsible for conducting photosynthesis?
How is a C4, C3 and CAM plant different in terms of 1. area/region of growth 2. leaf morphology/physiological adaptation 3. added steps to the Calvin Cycle
What among the following would happen to plant exposed to toxin that made thylakoid membranes permeable to protons? a reverasal of proton gradient across thylakoid membrans would result in higher pH in thylakoid lumen than the surrounding stroma reduction of NADP+ inthe chloroplasts would no longer be possible the proton gradient across the ehylakoid membrane woudl be eliminated the transport of electrons by the protein complexes int eh thylakoids would be prevented.
Ligustrum leaf Describe the structure and function of the various tissues in the ligustrum leaf (epidermal layers, stomata, palisade mesophyll cells, spongy mesophyll cells). Would more photosynthesis occur in the palisade parenchyma or spongy mesophyll? Would more water evaporate from the leaf? How does the ligustrum leaf compare to the pine leaf? What is an abscission layer, and when would you expect to see one in a plant?
Choose the best answer for following question. Which part of a leaf carries on most of the photosynthesis of aplant?a. vascular bundleb. mesophyllc. epidermal layerd. guard cellse. trichomes
What stages of the light-dependent reactions occur prior to the buildup of hydrogen ions in the thylakoid compartment? Select all that apply. Energy emitted by the electron transport chain triggered by PSII generates a hydrogen ion gradient across the thylakoid membrane. PSII pulls replacement electrons from water molecules, which then break apart into oxygen atoms and hydrogen ions. A photosystem II (PSII) absorbs light energy and releases an electron. Electrons released from PSII enter an electron transport chain in the thylakoid membrane. A flow of hydrogen ions causes ATP synthase to phosphorylate ATP.
ecplain Two types of photosystems cooperate in the light reactions and the image

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naam te gee / Using the light microscrope, compile neat ane each leaf with the C3 and C4 photosynthetic routes, and high. anatomical features. Please annotate the following: Epidern and spongy), stomata, vascular bundles (xylem and phl chloroplasts, air spaces, Krantz anatomy. Remember to name