Answer:
Excess tissues fluid that has leaked out of capillaries.
It's A.....tRNA helps in formation of amino acid and also in binding and transfer !
Answer:
Water obeys the Law of Conservation of Matter despite changing into different forms because when water does change forms, the amount of water stays the same. The Law of Conservation of Matter states that before matter undergoes change, be it through physical or chemical means, the same amount of matter exists. Matter cannot be created nor destroyed during the change. When water changes from a liquid to a gas the molecules change form by breaking the bonds that held them in a liquid state, but this does not create new matter. The molecules can now move more freely but are still the same as they were before. Same goes with the change from a liquid to a solid. The molecules slow down and become more compact, forming a solid. Though again, this does not create new matter nor destroy existing matter, therefore obeying the Law of Conservation of Matter.
Explanation:
Professional sports officials can be held accountable for match-fixing in South Africa, for accepting corruption or bribery.
<h3>What is corruption in football?</h3>
Criminal groups operate in a number of sports, but the main target is football. Corruption in sport, in turn, facilitates financial crime, including money laundering on an international scale. Screening and due diligence processes are effective ways to combat the problem.
With this information, we can conclude that professional sports officials can be held liable for match-fixing in South Africa, for accepting corruption or bribery.
Learn more about corruption in brainly.com/question/2343781
Hair cells play an important role for the human body as they are closely linked to our vital systems, such as the respiratory and nervous systems.
If the hair cells in our respiratory system stopped beating, we would no longer have mucus production that is extremely important for particle and microorganism retention, which could trigger a lung infection.
Hair cells are also critical to our hearing-related nervous system. For example, our inner ear (cochlea) is composed of a fluid and hair cells extremely sensitive to vibration. Hair cells are hair-like and move when stimulated by sound vibrations, sending this information to our brains. Therefore, without the movement of these cells, our brain does not receive this sound information.
So we can say that if all the hair cells in our body stop, we could develop serious health problems that could lead to death.
