Question

A slice of sugar beet placed in concentrated salt solution would
A. Become swollen
B. Lose water and become flaccid
C. Absorb a small quantity of water
D. Show no change

Answer 1

Hint: A plant whose root contains a high grouping of sucrose and which is developed monetarily for sugar creation is known as sugar beet. According to the in-plant reproduction, the name given to it is Altissima cultivar. It is a gathering of the typical beet. Beets bring down the danger of regular diabetes confusions, including nerve harm and eye harm. Burning-through beets give off an impression of being incredibly helpful for individuals with diabetes.

Complete answer:
An enormous number of field tests have been done trying to decide the impact of regular salt on the cut of sugar beet and different plants. It has been seen that salt arrangements ruin the development and yield assortment with so many factors as soil and climate conditions, pH, and condition of phosphates.
The concentration of salt arrangement is a hypertonic arrangement. At the point when sugar beet is set inside the salt arrangement, it will lose water, and thus turgor pressure by plasmolysis diminishes to a point where the cellular material of cell strips from the cell divider, leaving holes between the cell divider and the layer and making the cell flaccid.
At the point when water is added to beet mash, it can seem to extend. Along these lines, somebody inferred that it could be a danger whenever it was taken care of without dousing as it might ingest spit and swell up, obstructing the throat.
Water is essential for sugar beet crops to numerous indispensable capacities. Water system needs differ somewhere in the range of 100 and 600mm per year. To set up the best booking technique, the water balance strategy is proposed.
Sugar beet notices some partial or complete change when placed in any concentrated solution. Till now, there has not been an experiment in which the sugar beet does not show any change.
So, the correct answer is “Option B”.

Note:
The centralization of salts in soil can absorb water. This outcome results in less water being accessible for take-up by the plants, expanding water pressure and root drying out, which makes the sugar beet look flaccid. This is alluded to as physiological drought, which, if not revised, can prompt diminished plant development. Resilience to drought is an unpredictable attribute, which includes the contribution of both physiological and sub-atomic components in plants.