1. How do root hairs differ from lateral roots? A. Root hairs are thin extension
ID: 272618 • Letter: 1
Question
1. How do root hairs differ from lateral roots? A. Root hairs are thin extensions of epidermal cells. Lateral roots are organs. B. Lateral roots are extensions of root hairs. C. Root hairs function exclusively in water absorption, lateral root function exclusively in mineral absorption D. All are true2. Water and minerals travel from roots to the shoot of a plant through the A. Pericycle B. Endodermis C. Cortex D. Vascular cylinder E. Epidermis
1. How do root hairs differ from lateral roots? A. Root hairs are thin extensions of epidermal cells. Lateral roots are organs. B. Lateral roots are extensions of root hairs. C. Root hairs function exclusively in water absorption, lateral root function exclusively in mineral absorption D. All are true
2. Water and minerals travel from roots to the shoot of a plant through the A. Pericycle B. Endodermis C. Cortex D. Vascular cylinder E. Epidermis
1. How do root hairs differ from lateral roots? A. Root hairs are thin extensions of epidermal cells. Lateral roots are organs. B. Lateral roots are extensions of root hairs. C. Root hairs function exclusively in water absorption, lateral root function exclusively in mineral absorption D. All are true
2. Water and minerals travel from roots to the shoot of a plant through the A. Pericycle B. Endodermis C. Cortex D. Vascular cylinder E. Epidermis
Explanation / Answer
1. Root hairs are thin extensions of epidermal cells whereas lateral roots arise from the pericycle and they extend horizontally from the primary root. So, the correct option is option A, root hairs are thin extensions of epidermal cells. Lateral roots are organs.
2. Vascular cylinder is made up of xylem and phloem tissue. Water and minerals travel through xylem from roots to the shoot of a plant. So, the correct option is option D, Vascular cylinder.
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