Which of the Following Would Tend to Increase Transpiration

What increases transpiration in plants. C a thicker cuticle.

Bio 102 Ex 2 Flashcards Quizlet

The evaporation of water from leaves into the air.

. The water warmed by the sun turns into vapor evaporates and passes out through thousands of tiny pores stomata mostly on the underside of. The more star mata you see in a given air area he higher least amount of yet to be it. In case there is a decrease in atmospheric humidity this gradient increases and hence rate of transpiration increases.

Increased light intensity will increase the rate of photosynthesis so more water is drawn into the leaves where photosynthesis primarily takes place and therefore the rate of transpiration is greater. Which of the following would tend to increase transpiration. Which of the following is a correct statement about a difference between xylem and phloem transport.

How does no light affect transpiration. Which of the following would tend to increase transpiration. 1335 students attemted this question.

11 63 Which of the following would tend to increase transpiration. 1 An increased rate of evaporation due to a temperature rise will hasten the loss of water. A thicker cuticle D.

Which of the following would tend to increase transpiration. A thick cuticle on leaves and stems. D release of water by a plant into the atmosphere.

32 Which of the following would tend to increase transpiration. Wind and air movement. Which of the following would tend to increase transpiration.

That means more transporation. Which of the following is an adaptation that enhances the uptake of water and minerals by roots. Thus the image with the greater manifest Omata has a higher store model density thus increasing the rate in amount of transpiration that occurred can occur in that plant.

2 Decreased relative humidity outside the leaf will increase the water potential gradient. Which of the following would tend to increase transpiration. The more star mata you see in a given air area he higher least amount of yet to be it.

Desert plants tend to. So Morse Tamada per unit area or a larger density of Samata will mean increased Yes in this transpiration. DAT Survey of Natural Sciences Kaplan Guide.

33 Which of the following structural features of plants would not be expected to reduce transpiration. D higher stomatal density. B evaporation of water from the aerial surfaces of a plant.

Factor Change in factor that increases transpiration rate. Light intensity air movement temperature and humidity. The movement of water from low to high concentration.

Um well actually um increase transpiration. Answer b evaporation of water from the aerial surfaces of a plant. Soil water The source of water for transpiration out of the plant comes from the soil.

The movement of water from the soil to the plant. Which of the following would tend to increase transpiration. And thats true if you have more pores that allow mawr water um to be exposed to the atmosphere from the leaf you are going to end up with more evaporation.

Increased movement of the air around a plant will result in a higher transpiration rate. This gradient is important for transpiration process. Because of transpiration water.

Plants transpire more rapidly in the light than in the dark. A spiny leaves b a thicker cuticle c higher stomatal density 64 There are several properties that are characteristic of. Which adaptation is most likely to be found in a desert environment.

Therefore warmer air will increase the driving force for transpiration and cooler air will decrease the driving force for transpiration. A a rainstorm B sunken stomata C a thicker cuticle D higher stomatal density E spiny leaves Answer. A loss of water by the plant.

The rate of transpiration can be affected by. What is the definition of transpiration. The symplast transports all of the following.

C loss of water as water vapour by a plant. Water moves from the soil into plant roots up through the sapwood into the leaves. Usually concentration of water molecules is less in the atmosphere as compared to the internal environment of leaf.

Photosynthesis ceases when leaves wilt mainly because. YOU MIGHT ALSO LIKE. Transpiration is best defined as.

View the full answer. Higher stomatal density C. Which one of the following would increase the rate of transpiration from the leaves of a potted plant.

Stomata close preventing CO2 from entering the leaf. Production of glucose from carbon dioxide and water. Which of the following would tend to increase transpiration.

A higher stomatal density B spiny leaves C sunken stomata D a rainstorm E a thicker cuticle. B abundant epidermal hairs on leaves and stems. Which of the following would tend to increase transpiration.

A a rainstorm B sunken stomata C a thicker cuticle D higher stomatal density E spiny leaves. Thus the image with the greater manifest Omata has a higher store model density thus increasing the rate in amount of transpiration that occurred can occur in that plant. Which of the following would tend to increase transpiration.

Wind will move the air around with the result that the more saturated air close to the leaf is replaced by drier air.

Solved Which Of The Following Would Tend To Increase Transpiration A Spiny Leaves B Sunken Stomata C A Thicker Cuticle D Higher Stomatal Density

Solved Which Of The Following Would Tend To Increase Transpiration A Spiny Leaves B Sunken Stomata C A Thicker Cuticle D Higher Stomatal Density

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