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Avatar of Sourav Pan
Sourav PanLv 9
in Botany
·
05 Sep 2024

What cellular feature allows a mineral such as manganese to diffuse from cell to cell after being taken up by roots? a) microfilaments b) secondary cell walls c) sieve plates d) plasmodesmata e) microtubules

What cellular feature allows a mineral such as manganese to diffuse from cell to cell after being taken up by roots? a) microfilaments b) secondary cell walls c) sieve plates d) plasmodesmata e) microtubules

1 Answer
Avatar of Sourav Pan
Sourav PanLv 9
in Botany
·
05 Sep 2024

Diffusion doesn’t require energy. Why do plants expend energy in active transport to transport minerals into root hairs? a) Minerals are strongly attracted to soil particles. b) Mineral concentrations in the soil are too high for diffusion. c) Minerals are too large for diffusion. d) Mineral concentrations in the soil are too low for diffusion.

Diffusion doesn’t require energy. Why do plants expend energy in active transport to transport minerals into root hairs? a) Minerals are strongly attracted to soil particles. b) Mineral concentrations in the soil are too high for diffusion. c) Minerals are too large for diffusion. d) Mineral concentrations in the soil are too low for diffusion.

1 Answer
Avatar of Sourav Pan
Sourav PanLv 9
in Botany
·
05 Sep 2024

Based on this scenario, which plant is most likely a legume with nitrogen-fixing bacteria? You found the following plants growing on campus during a field trip: a) a small plant with a notable absence of root hairs; b) a short, stubby plant with an enlarged taproot; c) a tall annual herb with fungal strands extending from its roots; d) a low-growing plant with nodules on the roots; e) a woody shrub with an extensive fibrous root system.

Based on this scenario, which plant is most likely a legume with nitrogen-fixing bacteria? You found the following plants growing on campus during a field trip: a) a small plant with a notable absence of root hairs; b) a short, stubby plant with an enlarged taproot; c) a tall annual herb with fungal strands extending … Read more

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Avatar of Sourav Pan
Sourav PanLv 9
in Botany
·
05 Sep 2024

The ________ theory explains the movement of water and minerals through xylem. a) bulk-flow theory b) assisted diffusion theory c) cohesion-tension theory d) translocation theory e) pressure-flow theory

The ________ theory explains the movement of water and minerals through xylem. a) bulk-flow theory b) assisted diffusion theory c) cohesion-tension theory d) translocation theory e) pressure-flow theory

1 Answer
Avatar of Sourav Pan
Sourav PanLv 9
in Botany
·
05 Sep 2024

In the cohesion-tension theory, “cohesion” refers to the: a) use of water in photosynthesis, resulting in a shortage of water in the leaf. b) tendency of water molecules to be attracted to minerals in the water. c) attraction of water molecules for one another. d) evaporation of water from the stomata of the leaf. e) process of osmosis that pulls water into the root.

In the cohesion-tension theory, “cohesion” refers to the: a) use of water in photosynthesis, resulting in a shortage of water in the leaf. b) tendency of water molecules to be attracted to minerals in the water. c) attraction of water molecules for one another. d) evaporation of water from the stomata of the leaf. e) … Read more

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