Metabolism is the process by which snakes break down food for energy and expel waste.
The majority of digestion takes place in the snake's j-shaped stomach. Digestive enzymes and pancreatic juice which breakdown protein are secreted by the stomach's cells. The food then enters the small intestines after passing through the pyloric valve.
The snake coats its prey in saliva before dragging it into the oesophagus. The food is then crushed and pushed further into the digestive tract, where it is broken down for nutrients, using the muscles of the animal.
Their metabolisms also slow down as they become colder. Therefore, snakes typically have a very low metabolism because they can periodically get their heat from the sun's energy instead of depending on metabolic heat. Since they require less energy to function, they do not require a steady supply of food.
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The correct answer is oviduct.
<span>When oocyte (female gamete) is released from the ovary during the ovulation, it travels down the fallopian tube (uterine tubes or oviduct) into the uterus, where it may become fertilised by a sperm. If fertilisation does not occur, the uterine wall and blood will be shed during menstruation.</span>
Answer:
I don't know what it's for
Answer:
This question is incomplete as it does not contain the representation of the experiment, however, based on general understanding, the answer is:
Carbon dioxide (CO2)
Explanation:
Yeasts, as stated in this question, are living unicellular organisms that belong to the KINGDOM FUNGI. They employ both the aerobic (with oxygen) and anaerobic respiration (without oxygen) in breaking down sugars. However, both methods of cellular respiration gives off CARBON DIOXIDE (CO2) as a byproduct.
Therefore, when a yeast is placed in a balloon in accordance to this experiment and is allowed to perform respiration either aerobically or anaerobically, it gives off CO2 gas, which causes the balloon to expand.
As fluid enters the tissue space from the blood stream pressure builds up in this space and as this hydrostatic pressure increases it causes the interstitial fluid to diffuse into the lymphatic capillaries once the interstitial fluid has entered the lymphatic capillaries it is called lymph
