Question 4 Which process produces an inorganic compound that plants can easily use? A photosynthesis B Calvin cycle mycorrhization nitrogen fixation Question 5 What are plant regions of continuous growth made up of? A) permanent tissue B) meristematic tissue vascular tissue D dermal tissue Question 6 Plant species that complete their lifecycle in one season are known as which of the following? annuals B) biennials perennials D polycarpic

Question 4 Which process produces an inorganic compound that plants can easily use? A photosynthesis B Calvin cycle mycorrhization nitrogen fixation Question 5 What are plant regions of continuous growth made up of? A) permanent tissue B) meristematic tissue vascular tissue D dermal tissue Question 6 Plant species that complete their lifecycle in one season are known as which of the following? annuals B) biennials perennials D polycarpic

Biology 2e

2nd Edition

ISBN:9781947172517

Author:Matthew Douglas, Jung Choi, Mary Ann Clark

Publisher:Matthew Douglas, Jung Choi, Mary Ann Clark

Chapter30: Plant Form And Physiology

Section: Chapter Questions

Problem 20RQ: Which cells are responsible for the movement of photosynthates through a plant?______ tracheids,...

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QUESTION 10 Which is true regarding arbuscular mycorrhizae and Rhizobia spp.? a. both organisms contact the plant as the first interaction b. Rhizobia respond to strigalactones; mycorrhizae respond to flavonoids c. rhizobia are fungi, arbuscular mycorrhizae are bacteria d. Neither organism crosses the cell membrane of the plant e. Both microbes release molecules that lead to changes in the host plant’s growth
54. Why did desert plants evolve adaptations for photosynthesis? Group of answer choices In harsh and dry conditions, every drop of water must be conserved to survive. A more efficient use of oxygen allows plants to adapt to living with less water. A more efficient use of carbon dioxide allows plants to adapt to living with more water. In harsh and dry conditions, stomata must open to allow uptake of oxygen.
QUESTION 12 A. Explain one reason why a farmer or home gardener might want to use a commercial mycorrhizae product when growing plants. B. Describe something that would need consideration in order to produce a successful mycorrhizal product.
Please help me answer questions 79 and 82 79. How do CAM plants minimize photorespiration? A. Stomata are open only at night and oxygen is stored in a four-carbon compound. During the day the carbon dioxide is released for photosynthesis. B. The light reactions and the carbon reactions occur in different cells, so carbon dioxide does not come into contract with rubisco. C. The light reactions and the carbon reactions occur in different cells, so oxygen does not come into contract with rubisco. D. Stomata are open only at night and carbon dioxide is stored in a four- carbon compound. During the day the carbon dioxide is released for photosynthesis. E. None of the answers choices are correct. 82. Asexual reproduction differs from sexual reproduction in that. A. Asexual reproduction produces genetically diverse offspring. B. Asexual reproduction occurs only in plants. C. Asexual reproduction utilizes DNA from two parents to code for traits in offspring. D. Asexual reproduction…
How do CAM plants, such as cacti, prevent excessive water loss in desert climates? How does this affect their photosynthetic process?
How do CAM plants prevent photorespiration? Question 32 options: They fix carbon at night and go through the Calvin cycle during the day. They separate carbon fixation and the Calvin cycle into different cells.
Question:- Moderate heat treatment in grapevine increases the amount of antioxidant compounds. What are some examples of these antioxidants? What plant organ would this mechanism be useful to and why?
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Even though a very few cells in a C4 plant carry out the biosynthetic – Calvinpathway, yet they are highly productive. Can you discuss why?
Photosystem II has what role in photosynthesis? Question 9 options: directly pumping protons across the chloroplast membrane synthesis of ATP from ADP and Pi release CO2 and generate NADPH fix CO2 oxidation of H2O to O2
Part F - How to determine transpiration rates by the whole plant method Which of the following best explains why the plant in front of the fan lost more mass than the control plant in normal room conditions? The leaves of the plant in front of the fan had the highest initial water potential and therefore lost the most water. The control plant had lower initial water potential in the root area and therefore lost less water. The control plant had a lower initial mass and so lost water at a decreased rate. The fan rapidly moves water molecules away from the leaf surface, lowering the water potential.
Question 2 In the following instance describes an experiment involving the effect of precipitation on the photosynthesis of the native, long-lived, perennial, warm-season C4 species Switchgrass. If you measure leaf photosynthesis at different time, how would temperature influence your leaf photosynthesis measurement? What’s the best time for leaf photosynthesis measurement in a day?