Typically, tropical plants have a higher stomatal density (# stomata/leaf area) when compared to plants in other climates because Check All That Apply drying out is less of a danger in high humidity conditions. higher numbers of stomata can maximize photosynthesis. they require more carbon dioxide to perform photosynthesis. they produce more oxygen during photosynthesis that must be released.

Typically, tropical plants have a higher stomatal density (# stomata/leaf area) when compared to plants in other climates because Check All That Apply drying out is less of a danger in high humidity conditions. higher numbers of stomata can maximize photosynthesis. they require more carbon dioxide to perform photosynthesis. they produce more oxygen during photosynthesis that must be released.

BIOLOGY:CONCEPTS+APPL.(LOOSELEAF)

10th Edition

ISBN:9781305967359

Author:STARR

Publisher:STARR

Chapter25: Plant Tissues

Section: Chapter Questions

Problem 15SA

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Concept explainers

Photosynthesis

Plants have a capacity that we humans can only imagine— the ability to produce food from sunlight. Sure, we can prepare some dishes that we can savor on, but it become possible because of the plants (as they serve as a producers of all the raw materials required). Photosynthesis is the method of assembling carbohydrates with the aid of sunlight.

Question

Give Detailed Solution with explanation

Typically, tropical plants have a higher stomatal density (# stomata/leaf area)
when compared to plants in other climates because.
Check All That Apply
drying out is less of a danger in high humidity
conditions.
higher numbers of stomata can maximize
photosynthesis.
they require more carbon dioxide to perform
photosynthesis.
they produce more oxygen during photosynthesis that
must be released.

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Closed stomata ________. a. limit gas exchange b. permit water loss c. prevent photosynthesis d. absorb light
Water potential is (a) the formation of a proton gradient across a cell membrane (b) the transport of a watery solution of sugar in phloem (c) the transport of water in both xylem and phloem (d) the removal of sucrose at the sink, causing water to move out of the sieve tubes (e) the free energy of water in a particular situation
Rubisco can bind with CO2 or 02. When it binds with O2, it "wastes" some of the energy captured from the sun. This reaction is photorespiration and is favored at high temperatures and low CO2:02 ratios. Which of the following strategies should limit photorespiration (select all that apply). Keep stomata closed. Keep stomata open. Physically separate the light and light-independent reactions. Temporally separate CO2 uptake and fixation.
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Among the following combinations, which row is transpiration streams at respective cases? O Up the stem in the Across leaf via apoplast xylem patway mass flow osmosis Up the stem in the xylem osmosis Across leaf vla apoplast patway mass flow Up the stem in the Across leaf via apoplast xylem patway mass flow mass flow Up the stem in the Across leaf via apoplast xylem patway mass flow mass flow Out of leaf via stomata diffusion Out of leaf via stomata osmosis Out of leaf via stomata diffusion Out of leaf via stomata osmosis Into root Across root via symplast cells pathway diffusion osmosis Into root cells diffusion Into root cells osmosis Into root cells osmosis Across root via symplast pathway osmosis Across root via symplast pathway osmosis Across root via symplast pathway osmosis
Openings between critical role in photosynthesis by providing openings for atmospheric CO2 to create pores in the leaf epidermis that play a enter a leaf's interior. guard cells. bundle-sheath cells. companion cells. mesophyll cells.
What are potential outcomes when a plant's stomata close in response to heat and water stress? Select all that apply. CO2 and O2 may compete for the active site of rubisco. Photorespiration is more likely to occur. Photosynthesis is more efficient. Gas exchange comes to a halt.
Please Aspa
Which of the following statements is are TRUE? Ca pathway involves a single C02 fixation step. In CAM plants. stomata are open during day time. Chlorophyll pigments absorb maximum light in the green wavelength. Reaction center of PSI is P700
If a hole is punctured in xylem or phloem elements while transpiration is going on, will liquid or gas come out or go into the elements? Group of answer choices it will come out of both. it will come out for xylem but go in of phloem. it will go in for xylem but come out of phloem. it will go into both.
Identify the strategies that CAM (crassulacean acid metabolism) plants use to minimize water loss while obtaining CO2 (carbon dioxide) for photosynthesis. form a four-carbon molecule as the first step in fixing CO2 Okeep stomata closed throughout the hot and dry seasons Ostore carbon in vacuoles overnight and synthesize sugars during the day O conduct the Calvin cycle in bundle sheath cells instead of mesophyll cells