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Water loss and gas exchange
Spiracles form a part of the abdomen region of the grasshopper. They consist of tiny holes that permit air to enter trachea. Spiracles lie along the sides of the abdomen and the thorax. Tubes stem out from the spiracles and carry air to all parts of the body for respiration. The trachea is the respiratory surface of the grasshopper. Since water travels easily along this surface, it is prone to water loss. The respiratory surface is protected thanks to spiracles. Grasshoppers have two thoracic and eight abdominal spiracles. These insects have valves that allow them to close their spiracles, thus reducing water loss. Spiracles are known to possess intricate opening and closing mechanisms that are physiologically helpful to regulate air flow and lessen water loss from the insect
By opening and closing the stomata on the underside of the leaves.
Day, because the water can evaporate. At night it can't because there is no light.
Yes. Many leaves have waxy surfaces to minimise water-loss through evaporation. Hairs on leaves inhibit insects and other animals from eating them.
It's a foreign exchange gain or loss, so when you exchange currencies, you can either make a gain or a loss from it (profit or loss).
Water loss and gas exchange
•Loss of porosity during burial •Usually accompanied by a loss of water.
Unrealised foreign exchange gain and loss is moved through equity while realised gain and loss is charged to profit and loss.
False.Sauna suits and similar devices increase water loss during exercise but this loss is temporary, and quickly replaced.
FX loss Asset
foreign Exchange loss will be charged in P&l A/c
The loss for foreign exchange throutgh tourism industry is bad planing and managerments of industry.
Spiracles form a part of the abdomen region of the grasshopper. They consist of tiny holes that permit air to enter trachea. Spiracles lie along the sides of the abdomen and the thorax. Tubes stem out from the spiracles and carry air to all parts of the body for respiration. The trachea is the respiratory surface of the grasshopper. Since water travels easily along this surface, it is prone to water loss. The respiratory surface is protected thanks to spiracles. Grasshoppers have two thoracic and eight abdominal spiracles. These insects have valves that allow them to close their spiracles, thus reducing water loss. Spiracles are known to possess intricate opening and closing mechanisms that are physiologically helpful to regulate air flow and lessen water loss from the insect
To cope with adverse conditions of water loss during scarcity of water.
By opening and closing the stomata on the underside of the leaves.
Day, because the water can evaporate. At night it can't because there is no light.