Question

In: Biology

What drives the uptake of soil solution by plant roots? a. active transport of soil solution...

What drives the uptake of soil solution by plant roots?

a. active transport of soil solution into the root hairs and to the stele

b. osmosis of water from soil toward mineral concentrations in the roots

c. root pressure builds and generates the one way flow of water into the roots from the soil

d. different water pressures of the symplastic and apoplastic pathway result in a concentration gradient that attracts water

e. transpirational pull of water draws water from the soil into the plant

Solutions

Expert Solution

The correct answer along with the reasons are explained in the pictures provided above.


Related Solutions

Distinguish passive-mediated transport, primary active transport, ABC transport, and secondary active transport.
Distinguish passive-mediated transport, primary active transport, ABC transport, and secondary active transport.
Discuss sulfur and its pathways in soil (i) plant uptake, (ii) sulfur mineralization, (iii) sulfate adsorption...
Discuss sulfur and its pathways in soil (i) plant uptake, (ii) sulfur mineralization, (iii) sulfate adsorption in acidic soils on iron oxides, (iv) the adsorption of sulfate on carbonates in alkaline soils, (v) the role of plant residues, (vi) reduction of sulfate to sulfide.
Please explain in detail what is: Transport-Facilitated diffusion and how is it involved in the uptake...
Please explain in detail what is: Transport-Facilitated diffusion and how is it involved in the uptake of drugs and how they work on a cell to create an effect on the body.
Compare and contrast facilitated diffusion primary active transport and secondary active transport
Compare and contrast facilitated diffusion primary active transport and secondary active transport
The uptake of nutrients by the cells of the small intestine for transport into either bloodstream...
The uptake of nutrients by the cells of the small intestine for transport into either bloodstream or lymphatic system is called _________________________. Select one: a. Digestion b. Peristalsis c. Fermentation d. Absorption The secretions grind bolus to a semi-liquid mass of partially digested food: chyme in this organ ____________________. Select one: a. Small Intestine b. Large Intestine c. Stomach d. Esophagus Foods that would provide a lot of polysaccharides (complex carbs and starch) are Select one: a. Legumes b. Broccoli...
Passive and Active Transport Questions Many fruits are canned and preserved in a concentrated sugar solution....
Passive and Active Transport Questions Many fruits are canned and preserved in a concentrated sugar solution. Using what you have learned, explain how this stops bacterial growth. Before refrigeration, people often stored meat packed in salt to act as a preservative. How does salt preserve meat? Your response to this question should be at least two paragraphs I would highly appreciate if it was in a text form not handwritten. Thank you very much.
Differentiate between primary active transport and secondary active transport. Be specific with at least 100 words
Differentiate between primary active transport and secondary active transport. Be specific with at least 100 words
10a. What is active membrane transport. (2.5 pts) b. What is passive membrane transport. (2.5 pts)...
10a. What is active membrane transport. (2.5 pts) b. What is passive membrane transport. (2.5 pts) c. What is an antiporter? (2.5 pts) d. What is a symporter. ? (2.5 pts)
What are the differences and similarities of “passive diffusion”, “facilitated diffusion” and “active transport”? What is...
What are the differences and similarities of “passive diffusion”, “facilitated diffusion” and “active transport”? What is endocytosis? Explain. What are the different types of endocytosis? What is exocytosis? Explain.
Please discuss oxygen transport from the lungs to the tissues by hemoglobin, including the uptake and...
Please discuss oxygen transport from the lungs to the tissues by hemoglobin, including the uptake and expulsion of protons and carbon dioxide. A detailed description of binding with the respective ligands is important.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT