Consider a plant growing in soil that is rich in Magnesium. By what process will Magnesium enter a plant, in whose root hair there is a relatively lower concentration of the magnesium?

Imbibition

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Diffusion

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Osmosis

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Active transport

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Solution

The correct option is B
Diffusion

Since there is a relatively higher concentration of magnesium outside the root hair, the molecules move from the soil into the root hair from the region of their higher concentration to the region of their lower concentration.

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Consider a plant growing in soil that is rich in Magnesium. By what process will Magnesium enter a plant, in whose root hair there is a relatively lower concentration of the magnesium?

The correct option is B DiffusionSince there is a relatively higher concentration of magnesium outside the root hair, the molecules move from the soil into the root hair from the region of their higher concentration to the region of their lower concentration.

The correct option is B
Diffusion

Since there is a relatively higher concentration of magnesium outside the root hair, the molecules move from the soil into the root hair from the region of their higher concentration to the region of their lower concentration.