Symplast Pathway
Trending Questions
Q. Explain internal structure of dicot root in detail with a neat labelled diagram.
Q.
The water absorbed by the root hairs moves into deeper layers of root and reach xylem through _________.
Symplast pathway
Both of these
None of these
Apoplast pathway
Q. A cell that lacks chloroplast does not
(a) evolve CO2
(b) liberate O2
(c) require water
(d) utilise carbohydrates
(a) evolve CO2
(b) liberate O2
(c) require water
(d) utilise carbohydrates
Q. differences between sucrose fructose and glucose
Q. Match the terms to these definitions:
Calvin cycle, chloroplast, cyclic electron pathway, electromagnetic spectrum, electron transport system, light-dependent reactions, photolysis, photon, photorespiration, photosynthesis, photosystem, RUBP (ribulose bisphosphate), thylakoid, Warburg effect, red drop, compensation point.
The process by which green plants convert the energy of sunlight into chemical energy which is then stored as carbohydrate is called?
Calvin cycle, chloroplast, cyclic electron pathway, electromagnetic spectrum, electron transport system, light-dependent reactions, photolysis, photon, photorespiration, photosynthesis, photosystem, RUBP (ribulose bisphosphate), thylakoid, Warburg effect, red drop, compensation point.
The process by which green plants convert the energy of sunlight into chemical energy which is then stored as carbohydrate is called?
Q. Explain internal structure of dicot root in detail with a neat labelled diagram.
Q.
Both apoplast pathway and symplast pathway occurs according to the water potential gradient.
False
True
Q.
Assertion (A): Apoplast is a non-living system, while symplast is a living system.
Reason (R): Apoplast is a continuous system, while symplast is completely a discontinuous system.
Both A & B are true and R explains A
Both A & B are true and R doesn't explain A
Both A & R are false
A is true and B is false
Q.
In the image below, the path A represents Symplastic movement and path B represents Apoplastic movement of water.
True
False
Q. Casparian strips are present in the _____________ of the root.
- cortex
- pith
- endodermis
- pericycle