2 an organism that depends on another organism for meeting its nutritional requirements
3 a mutant which has lost its ability to synthesize one or more essential compounds
4 a plant that is able to synthesize its own carbohydrate.
Explanation:
Exp:C An auxotroph is a microorganism that is unable to synthesize one or more essential growth factors, and it will not grow in fermentation media lacking them. It is a mutant which has lost its ability to synthesize one or more essential compounds.
Haryana PMT-2004
Anatomy of Flowering Plants
271496
Which is true for meristematic tissue?
1 Their cells have dense cytoplasm and prominent nuclei
2 Their cells are dead with large intercellular spaces
3 These are usually modified for storage
4 Their cells are most primitive, living and without nuclei
Explanation:
Exp:A Meristem growth in plants is largely restricted to specialised regions of active cell division called meristem. Meristematic cells have a prominent nucleus and a dense cytoplasm but it lack of a vacuole. This is so because meristematic cells have an ability to divide and form new cell. It have thin cellulose wall, no vacuole, dense cytoplasm, prominent nuclei.
Haryana PMT-2004 Manipal-2003
Anatomy of Flowering Plants
271497
Interfascicular cambium is
1 apical meristem
2 secondary meristem
3 primary meristem
4 abnormal meristem
Explanation:
Exp:B Interfascicular cambium is a 'Secondary meristems. It along with the interfascicular cambium present between primary xylem and primary phloem forms a continuous rings of vascular cambium. It develops from the parenchymatous cells of medullary rays. Interfascicular cambium originates from parenchymatous cell through differentiation of the fascicular cambium.
Manipal-2013
Anatomy of Flowering Plants
271498
Fascicular, interfascicular and extra stelar cambium together constitute
1 lateral meristems
2 apical meristems
3 intercalary merisetems
4 ground meristemes.
Explanation:
Exp:A Fascicular, interfascicular and extra stelar cambium together constitute with 'lateral meristem'. Fascicular cambium, inter-fascicular cambium and extra-stelar (cork cambium) are examples of the secondary meristem. They are found in the mature regions of roots and shoots. They responsible for lateral growth of plants.
2 an organism that depends on another organism for meeting its nutritional requirements
3 a mutant which has lost its ability to synthesize one or more essential compounds
4 a plant that is able to synthesize its own carbohydrate.
Explanation:
Exp:C An auxotroph is a microorganism that is unable to synthesize one or more essential growth factors, and it will not grow in fermentation media lacking them. It is a mutant which has lost its ability to synthesize one or more essential compounds.
Haryana PMT-2004
Anatomy of Flowering Plants
271496
Which is true for meristematic tissue?
1 Their cells have dense cytoplasm and prominent nuclei
2 Their cells are dead with large intercellular spaces
3 These are usually modified for storage
4 Their cells are most primitive, living and without nuclei
Explanation:
Exp:A Meristem growth in plants is largely restricted to specialised regions of active cell division called meristem. Meristematic cells have a prominent nucleus and a dense cytoplasm but it lack of a vacuole. This is so because meristematic cells have an ability to divide and form new cell. It have thin cellulose wall, no vacuole, dense cytoplasm, prominent nuclei.
Haryana PMT-2004 Manipal-2003
Anatomy of Flowering Plants
271497
Interfascicular cambium is
1 apical meristem
2 secondary meristem
3 primary meristem
4 abnormal meristem
Explanation:
Exp:B Interfascicular cambium is a 'Secondary meristems. It along with the interfascicular cambium present between primary xylem and primary phloem forms a continuous rings of vascular cambium. It develops from the parenchymatous cells of medullary rays. Interfascicular cambium originates from parenchymatous cell through differentiation of the fascicular cambium.
Manipal-2013
Anatomy of Flowering Plants
271498
Fascicular, interfascicular and extra stelar cambium together constitute
1 lateral meristems
2 apical meristems
3 intercalary merisetems
4 ground meristemes.
Explanation:
Exp:A Fascicular, interfascicular and extra stelar cambium together constitute with 'lateral meristem'. Fascicular cambium, inter-fascicular cambium and extra-stelar (cork cambium) are examples of the secondary meristem. They are found in the mature regions of roots and shoots. They responsible for lateral growth of plants.
2 an organism that depends on another organism for meeting its nutritional requirements
3 a mutant which has lost its ability to synthesize one or more essential compounds
4 a plant that is able to synthesize its own carbohydrate.
Explanation:
Exp:C An auxotroph is a microorganism that is unable to synthesize one or more essential growth factors, and it will not grow in fermentation media lacking them. It is a mutant which has lost its ability to synthesize one or more essential compounds.
Haryana PMT-2004
Anatomy of Flowering Plants
271496
Which is true for meristematic tissue?
1 Their cells have dense cytoplasm and prominent nuclei
2 Their cells are dead with large intercellular spaces
3 These are usually modified for storage
4 Their cells are most primitive, living and without nuclei
Explanation:
Exp:A Meristem growth in plants is largely restricted to specialised regions of active cell division called meristem. Meristematic cells have a prominent nucleus and a dense cytoplasm but it lack of a vacuole. This is so because meristematic cells have an ability to divide and form new cell. It have thin cellulose wall, no vacuole, dense cytoplasm, prominent nuclei.
Haryana PMT-2004 Manipal-2003
Anatomy of Flowering Plants
271497
Interfascicular cambium is
1 apical meristem
2 secondary meristem
3 primary meristem
4 abnormal meristem
Explanation:
Exp:B Interfascicular cambium is a 'Secondary meristems. It along with the interfascicular cambium present between primary xylem and primary phloem forms a continuous rings of vascular cambium. It develops from the parenchymatous cells of medullary rays. Interfascicular cambium originates from parenchymatous cell through differentiation of the fascicular cambium.
Manipal-2013
Anatomy of Flowering Plants
271498
Fascicular, interfascicular and extra stelar cambium together constitute
1 lateral meristems
2 apical meristems
3 intercalary merisetems
4 ground meristemes.
Explanation:
Exp:A Fascicular, interfascicular and extra stelar cambium together constitute with 'lateral meristem'. Fascicular cambium, inter-fascicular cambium and extra-stelar (cork cambium) are examples of the secondary meristem. They are found in the mature regions of roots and shoots. They responsible for lateral growth of plants.
2 an organism that depends on another organism for meeting its nutritional requirements
3 a mutant which has lost its ability to synthesize one or more essential compounds
4 a plant that is able to synthesize its own carbohydrate.
Explanation:
Exp:C An auxotroph is a microorganism that is unable to synthesize one or more essential growth factors, and it will not grow in fermentation media lacking them. It is a mutant which has lost its ability to synthesize one or more essential compounds.
Haryana PMT-2004
Anatomy of Flowering Plants
271496
Which is true for meristematic tissue?
1 Their cells have dense cytoplasm and prominent nuclei
2 Their cells are dead with large intercellular spaces
3 These are usually modified for storage
4 Their cells are most primitive, living and without nuclei
Explanation:
Exp:A Meristem growth in plants is largely restricted to specialised regions of active cell division called meristem. Meristematic cells have a prominent nucleus and a dense cytoplasm but it lack of a vacuole. This is so because meristematic cells have an ability to divide and form new cell. It have thin cellulose wall, no vacuole, dense cytoplasm, prominent nuclei.
Haryana PMT-2004 Manipal-2003
Anatomy of Flowering Plants
271497
Interfascicular cambium is
1 apical meristem
2 secondary meristem
3 primary meristem
4 abnormal meristem
Explanation:
Exp:B Interfascicular cambium is a 'Secondary meristems. It along with the interfascicular cambium present between primary xylem and primary phloem forms a continuous rings of vascular cambium. It develops from the parenchymatous cells of medullary rays. Interfascicular cambium originates from parenchymatous cell through differentiation of the fascicular cambium.
Manipal-2013
Anatomy of Flowering Plants
271498
Fascicular, interfascicular and extra stelar cambium together constitute
1 lateral meristems
2 apical meristems
3 intercalary merisetems
4 ground meristemes.
Explanation:
Exp:A Fascicular, interfascicular and extra stelar cambium together constitute with 'lateral meristem'. Fascicular cambium, inter-fascicular cambium and extra-stelar (cork cambium) are examples of the secondary meristem. They are found in the mature regions of roots and shoots. They responsible for lateral growth of plants.
