The inference about the direction and the pattern of growth of root in the plant, on the basis of the number of labeled cells in different zones of root apical meristem as mentioned in the given table. Introduction: The undifferentiated mass of cells that has the ability to divide and differentiate into a new plant is called the meristems. There are many types of meristems present throughout the plant and the one located at the apex regions are referred to the apical meristems, which are found at the root (root apical meristem) and shoot (shoot apical meristem). The total number of cells in each zone after certain time intervals are represented in the following table: Number of hours after transfer to non-radioactive thymidine Radioactive cells/total cells Quiescent center Initials (zone of division) Zone of elongation Zone of maturation 0 ¼ 75/95 0/30 0/19 12 ¼ 85/90 12/32 0/23 36 ¼ 55/110 15/31 11/21 72 ¼ 3/98 3/29 28/30 144 ¼ 0/108 0/30 29/31 192 ¼ 0/100 0/27 30/31

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Answer 1

Question

Chapter 33, Problem 2Q

Summary Introduction

To review:

The inference about the direction and the pattern of growth of root in the plant, on the basis of the number of labeled cells in different zones of root apical meristem as mentioned in the given table.

Introduction:

The undifferentiated mass of cells that has the ability to divide and differentiate into a new plant is called the meristems. There are many types of meristems present throughout the plant and the one located at the apex regions are referred to the apical meristems, which are found at the root (root apical meristem) and shoot (shoot apical meristem).

The total number of cells in each zone after certain time intervals are represented in the following table:

Number of hours after transfer to non-radioactive thymidine Radioactive cells/total cells

Quiescent center Initials (zone of division) Zone of elongation Zone of maturation

0 ¼ 75/95 0/30 0/19

12 ¼ 85/90 12/32 0/23

36 ¼ 55/110 15/31 11/21

72 ¼ 3/98 3/29 28/30

144 ¼ 0/108 0/30 29/31

192 ¼ 0/100 0/27 30/31

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Answer 2

Question

Chapter 33, Problem 2Q

Summary Introduction

To review:

The inference about the direction and the pattern of growth of root in the plant, on the basis of the number of labeled cells in different zones of root apical meristem as mentioned in the given table.

Introduction:

The undifferentiated mass of cells that has the ability to divide and differentiate into a new plant is called the meristems. There are many types of meristems present throughout the plant and the one located at the apex regions are referred to the apical meristems, which are found at the root (root apical meristem) and shoot (shoot apical meristem).

The total number of cells in each zone after certain time intervals are represented in the following table:

Number of hours after transfer to non-radioactive thymidine Radioactive cells/total cells

Quiescent center Initials (zone of division) Zone of elongation Zone of maturation

0 ¼ 75/95 0/30 0/19

12 ¼ 85/90 12/32 0/23

36 ¼ 55/110 15/31 11/21

72 ¼ 3/98 3/29 28/30

144 ¼ 0/108 0/30 29/31

192 ¼ 0/100 0/27 30/31

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Answer 3

Question

Chapter 33, Problem 2Q

Summary Introduction

To review:

The inference about the direction and the pattern of growth of root in the plant, on the basis of the number of labeled cells in different zones of root apical meristem as mentioned in the given table.

Introduction:

The undifferentiated mass of cells that has the ability to divide and differentiate into a new plant is called the meristems. There are many types of meristems present throughout the plant and the one located at the apex regions are referred to the apical meristems, which are found at the root (root apical meristem) and shoot (shoot apical meristem).

The total number of cells in each zone after certain time intervals are represented in the following table:

Number of hours after transfer to non-radioactive thymidine Radioactive cells/total cells

Quiescent center Initials (zone of division) Zone of elongation Zone of maturation

0 ¼ 75/95 0/30 0/19

12 ¼ 85/90 12/32 0/23

36 ¼ 55/110 15/31 11/21

72 ¼ 3/98 3/29 28/30

144 ¼ 0/108 0/30 29/31

192 ¼ 0/100 0/27 30/31

Expert Solution & Answer

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Answer 4

Question

Chapter 33, Problem 2Q

Summary Introduction

To review:

The inference about the direction and the pattern of growth of root in the plant, on the basis of the number of labeled cells in different zones of root apical meristem as mentioned in the given table.

Introduction:

The undifferentiated mass of cells that has the ability to divide and differentiate into a new plant is called the meristems. There are many types of meristems present throughout the plant and the one located at the apex regions are referred to the apical meristems, which are found at the root (root apical meristem) and shoot (shoot apical meristem).

The total number of cells in each zone after certain time intervals are represented in the following table:

Number of hours after transfer to non-radioactive thymidine Radioactive cells/total cells

Quiescent center Initials (zone of division) Zone of elongation Zone of maturation

0 ¼ 75/95 0/30 0/19

12 ¼ 85/90 12/32 0/23

36 ¼ 55/110 15/31 11/21

72 ¼ 3/98 3/29 28/30

144 ¼ 0/108 0/30 29/31

192 ¼ 0/100 0/27 30/31

Expert Solution & Answer

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Answer 5

Chapter 33, Problem 2Q

Summary Introduction

To review:

The inference about the direction and the pattern of growth of root in the plant, on the basis of the number of labeled cells in different zones of root apical meristem as mentioned in the given table.

Introduction:

The undifferentiated mass of cells that has the ability to divide and differentiate into a new plant is called the meristems. There are many types of meristems present throughout the plant and the one located at the apex regions are referred to the apical meristems, which are found at the root (root apical meristem) and shoot (shoot apical meristem).

The total number of cells in each zone after certain time intervals are represented in the following table:

Number of hours after transfer to non-radioactive thymidine Radioactive cells/total cells

Quiescent center Initials (zone of division) Zone of elongation Zone of maturation

0 ¼ 75/95 0/30 0/19

12 ¼ 85/90 12/32 0/23

36 ¼ 55/110 15/31 11/21

72 ¼ 3/98 3/29 28/30

144 ¼ 0/108 0/30 29/31

192 ¼ 0/100 0/27 30/31

Answer 6

Chapter 33, Problem 2Q

Summary Introduction

To review:

The inference about the direction and the pattern of growth of root in the plant, on the basis of the number of labeled cells in different zones of root apical meristem as mentioned in the given table.

Introduction:

The undifferentiated mass of cells that has the ability to divide and differentiate into a new plant is called the meristems. There are many types of meristems present throughout the plant and the one located at the apex regions are referred to the apical meristems, which are found at the root (root apical meristem) and shoot (shoot apical meristem).

The total number of cells in each zone after certain time intervals are represented in the following table:

Number of hours after transfer to non-radioactive thymidine Radioactive cells/total cells

Quiescent center Initials (zone of division) Zone of elongation Zone of maturation

0 ¼ 75/95 0/30 0/19

12 ¼ 85/90 12/32 0/23

36 ¼ 55/110 15/31 11/21

72 ¼ 3/98 3/29 28/30

144 ¼ 0/108 0/30 29/31

192 ¼ 0/100 0/27 30/31

Answer 7

Chapter 33, Problem 2Q

Summary Introduction

To review:

The inference about the direction and the pattern of growth of root in the plant, on the basis of the number of labeled cells in different zones of root apical meristem as mentioned in the given table.

Introduction:

The undifferentiated mass of cells that has the ability to divide and differentiate into a new plant is called the meristems. There are many types of meristems present throughout the plant and the one located at the apex regions are referred to the apical meristems, which are found at the root (root apical meristem) and shoot (shoot apical meristem).

The total number of cells in each zone after certain time intervals are represented in the following table:

Number of hours after transfer to non-radioactive thymidine Radioactive cells/total cells

Quiescent center Initials (zone of division) Zone of elongation Zone of maturation

0 ¼ 75/95 0/30 0/19

12 ¼ 85/90 12/32 0/23

36 ¼ 55/110 15/31 11/21

72 ¼ 3/98 3/29 28/30

144 ¼ 0/108 0/30 29/31

192 ¼ 0/100 0/27 30/31

Answer 8

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Answer 9

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Answer 10

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Answer 11

Ch. 33.1 - Prob. 1R Ch. 33.1 - Prob. 2R Ch. 33.1 - Prob. 3R Ch. 33.1 - Prob. 4R Ch. 33.2 - Prob. 1R Ch. 33.2 - Prob. 2R Ch. 33.2 - Prob. 3R Ch. 33.3 - Prob. 1R Ch. 33.3 - Prob. 2R Ch. 33.3 - Prob. 3R

Solution Summary: The author explains that the root apical meristem (RAM) produces cells that develop and grow to form the roots of the plant.

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Chapter 33 Solutions

Number of hours after transfer to non-radioactive thymidine	Radioactive cells/total cells
	Quiescent center	Initials (zone of division)	Zone of elongation	Zone of maturation
0	¼	75/95	0/30	0/19
12	¼	85/90	12/32	0/23
36	¼	55/110	15/31	11/21
72	¼	3/98	3/29	28/30
144	¼	0/108	0/30	29/31
192	¼	0/100	0/27	30/31