Differences in the water potential in the cells of root epidermis is the driving force behind the movement of water to the root xylem.

True

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False

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Solution

The correct option is A
True

The movement of water in the root layers is from higher water potential to lower water potential, whether it is through the apoplast pathway or the symplast pathway.

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Absorption of minerals by the epidermal cells of root and root hair causes the water to enter from surrounding soil into roots. It further reaches the root xylem. Thus, due to a continuous uptake of water by root cells, a water pressure is created in the root xylem. This pressure is called as________

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Differences in the water potential in the cells of root epidermis is the driving force behind the movement of water to the root xylem.

The correct option is A True The movement of water in the root layers is from higher water potential to lower water potential, whether it is through the apoplast pathway or the symplast pathway.

The correct option is A
True

The movement of water in the root layers is from higher water potential to lower water potential, whether it is through the apoplast pathway or the symplast pathway.