Part C) State the relationship between the number of leaves on the plant and the amount of water that is left in the beakers. Solution The greater the number of the leaves on the plant, the lesser the amount of water left in the beaker. Explain your answer for part (c).

water absorption through roots can be increased by keeping the plant ______

Statement-I: Vessels and tracheids of the roots, stems and leaves are interconnected to form a continuous system of water-conducting channels in the plants. Statement-II : The transport of soluble products of photosynthesis is called transpiration and it occurs in the phloem tissue.Consider the given statements and select the correct option.Only one correct answerA.Only statement-II is correctB.Only statement-I is correctC.Both the statements are incorrectD.Both the statements are correct

Which of the following statements best explains how this arrangement of the leaves benefits the plant?(1) It helps the plant take in more air.(2) It helps the plant trap more sunlight.(3) It helps the plant absorb more minerals.(4) It helps the plant absorb more rainwater.

The ability of a solution to change the volume of a cell by osmosis is measured by which of the following?Multiple choice question.Its tonicityIts concentrationIts osmolarity

A student dissolved 5 g of sugar in 100 mL of distilled water in beaker A. She dissolved100 g of sugar in100 mL of distilled water in beaker B. Then she dropped a few raisins ofequal weight in each beaker. After two hours she found the raisins in A swollen and thosein B shrunken. The inference drawn is thata) sugar concentration of raisins is lower than that of solution A and higher than thatof solution B.b) sugar concentration of raisins is higher than that of solution A and lower than thatof solution B.c) in B the cell membrane of raisins was damaged.d) in A the permeability of the cell membrane of raisins to water was enhanced