338045
The growth of a pollen tube and dorsiventral leaf is measured in terms of _.
1 An increase in surface area and in terms of its length respectively
2 In terms of its length and an increase in surface area respectively
3 In terms of its surface area and an increase in volume respectively
4 In terms of its length and decrease in area respectively
Explanation:
The growth of a pollen tube is measured in terms of its length, an increase in surface area denotes the growth in a dorsiventral leaf.
BIOXI15: PLANT GROWTH AND DEVELOPMENT
338046
Match the columns I and II. Column I Column II A Meristematic phase P Proximal to the phase of elongation B Elongation phase Q Root/shoot apex C Maturation phase R Proximal to meristematic zone
Meristematic phase - Root/Shoot apex Elongation phase -Proximal to meristematicc zone Maturation phase - Proximal to the phase of elongation
BIOXI15: PLANT GROWTH AND DEVELOPMENT
338047
What describes growth?
1 Irreversible permanent decrease in size
2 Reversible permanent increase in size
3 Irreversible permanent increase in size
4 Irreversible temporary increase in size
Explanation:
Growth can be defined as an irreversible permanent increase in size of an organ or its parts or even of an individual cell.
BIOXI15: PLANT GROWTH AND DEVELOPMENT
338048
Statement A : Plants retain the capacity for unlimited growth throughout their life. Statement B : The cells of such meristems have the capacity to divide and self-perpetuate.
1 Statement A is correct but Statement B is incorrect.
2 Statement A is incorrect but Statement B is correct.
338045
The growth of a pollen tube and dorsiventral leaf is measured in terms of _.
1 An increase in surface area and in terms of its length respectively
2 In terms of its length and an increase in surface area respectively
3 In terms of its surface area and an increase in volume respectively
4 In terms of its length and decrease in area respectively
Explanation:
The growth of a pollen tube is measured in terms of its length, an increase in surface area denotes the growth in a dorsiventral leaf.
BIOXI15: PLANT GROWTH AND DEVELOPMENT
338046
Match the columns I and II. Column I Column II A Meristematic phase P Proximal to the phase of elongation B Elongation phase Q Root/shoot apex C Maturation phase R Proximal to meristematic zone
Meristematic phase - Root/Shoot apex Elongation phase -Proximal to meristematicc zone Maturation phase - Proximal to the phase of elongation
BIOXI15: PLANT GROWTH AND DEVELOPMENT
338047
What describes growth?
1 Irreversible permanent decrease in size
2 Reversible permanent increase in size
3 Irreversible permanent increase in size
4 Irreversible temporary increase in size
Explanation:
Growth can be defined as an irreversible permanent increase in size of an organ or its parts or even of an individual cell.
BIOXI15: PLANT GROWTH AND DEVELOPMENT
338048
Statement A : Plants retain the capacity for unlimited growth throughout their life. Statement B : The cells of such meristems have the capacity to divide and self-perpetuate.
1 Statement A is correct but Statement B is incorrect.
2 Statement A is incorrect but Statement B is correct.
338045
The growth of a pollen tube and dorsiventral leaf is measured in terms of _.
1 An increase in surface area and in terms of its length respectively
2 In terms of its length and an increase in surface area respectively
3 In terms of its surface area and an increase in volume respectively
4 In terms of its length and decrease in area respectively
Explanation:
The growth of a pollen tube is measured in terms of its length, an increase in surface area denotes the growth in a dorsiventral leaf.
BIOXI15: PLANT GROWTH AND DEVELOPMENT
338046
Match the columns I and II. Column I Column II A Meristematic phase P Proximal to the phase of elongation B Elongation phase Q Root/shoot apex C Maturation phase R Proximal to meristematic zone
Meristematic phase - Root/Shoot apex Elongation phase -Proximal to meristematicc zone Maturation phase - Proximal to the phase of elongation
BIOXI15: PLANT GROWTH AND DEVELOPMENT
338047
What describes growth?
1 Irreversible permanent decrease in size
2 Reversible permanent increase in size
3 Irreversible permanent increase in size
4 Irreversible temporary increase in size
Explanation:
Growth can be defined as an irreversible permanent increase in size of an organ or its parts or even of an individual cell.
BIOXI15: PLANT GROWTH AND DEVELOPMENT
338048
Statement A : Plants retain the capacity for unlimited growth throughout their life. Statement B : The cells of such meristems have the capacity to divide and self-perpetuate.
1 Statement A is correct but Statement B is incorrect.
2 Statement A is incorrect but Statement B is correct.
338045
The growth of a pollen tube and dorsiventral leaf is measured in terms of _.
1 An increase in surface area and in terms of its length respectively
2 In terms of its length and an increase in surface area respectively
3 In terms of its surface area and an increase in volume respectively
4 In terms of its length and decrease in area respectively
Explanation:
The growth of a pollen tube is measured in terms of its length, an increase in surface area denotes the growth in a dorsiventral leaf.
BIOXI15: PLANT GROWTH AND DEVELOPMENT
338046
Match the columns I and II. Column I Column II A Meristematic phase P Proximal to the phase of elongation B Elongation phase Q Root/shoot apex C Maturation phase R Proximal to meristematic zone
Meristematic phase - Root/Shoot apex Elongation phase -Proximal to meristematicc zone Maturation phase - Proximal to the phase of elongation
BIOXI15: PLANT GROWTH AND DEVELOPMENT
338047
What describes growth?
1 Irreversible permanent decrease in size
2 Reversible permanent increase in size
3 Irreversible permanent increase in size
4 Irreversible temporary increase in size
Explanation:
Growth can be defined as an irreversible permanent increase in size of an organ or its parts or even of an individual cell.
BIOXI15: PLANT GROWTH AND DEVELOPMENT
338048
Statement A : Plants retain the capacity for unlimited growth throughout their life. Statement B : The cells of such meristems have the capacity to divide and self-perpetuate.
1 Statement A is correct but Statement B is incorrect.
2 Statement A is incorrect but Statement B is correct.
