tell true/false stomata are small presents mainly in the roots of plants
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Answer:
Transpiration can vary according to the type of structure involved. It is of four types:
Transpiration can vary according to the type of structure involved. It is of four types:1. Stomatal transpiration: Occurs through stomata. It is responsible for 50-97% of total transpiration.
Transpiration can vary according to the type of structure involved. It is of four types:1. Stomatal transpiration: Occurs through stomata. It is responsible for 50-97% of total transpiration.2. Cuticular transpiration: Occurs through cuticle (a waxy layer that covers the epidermis of leaves and stems). Contributes 3-10% of the total transpiration.
Transpiration can vary according to the type of structure involved. It is of four types:1. Stomatal transpiration: Occurs through stomata. It is responsible for 50-97% of total transpiration.2. Cuticular transpiration: Occurs through cuticle (a waxy layer that covers the epidermis of leaves and stems). Contributes 3-10% of the total transpiration.3. Lenticular transpiration: Occurs through lenticels (aerating pores in the cork of woody stems). insignificant contribution to water loss.
Transpiration can vary according to the type of structure involved. It is of four types:1. Stomatal transpiration: Occurs through stomata. It is responsible for 50-97% of total transpiration.2. Cuticular transpiration: Occurs through cuticle (a waxy layer that covers the epidermis of leaves and stems). Contributes 3-10% of the total transpiration.3. Lenticular transpiration: Occurs through lenticels (aerating pores in the cork of woody stems). insignificant contribution to water loss.4. Bark transpiration: Occurs through the bark of woody stem. Contributes to 1% of total transpiration.
Transpiration can vary according to the type of structure involved. It is of four types:1. Stomatal transpiration: Occurs through stomata. It is responsible for 50-97% of total transpiration.2. Cuticular transpiration: Occurs through cuticle (a waxy layer that covers the epidermis of leaves and stems). Contributes 3-10% of the total transpiration.3. Lenticular transpiration: Occurs through lenticels (aerating pores in the cork of woody stems). insignificant contribution to water loss.4. Bark transpiration: Occurs through the bark of woody stem. Contributes to 1% of total transpiration.So, the given statement is false.
Explanation:
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Answer:
i think false cause stomata is mainly present in leaves or stems of plants