Answer:
Elastic tissue.
Explanation:
Tissue may be defined as the group of similar cells that perform the specific functions of the body. Different type of tissue are elastic tissue, fibrous tissue, connective tissue, muscle tissue and many more.
Elastic tissue has the ability to tolerate the variable amount of pressure. This tissue can heal easily if infected during the disease. Elastic fibers are present in the elastic tissue. This tissue is present in heart walls, tendons and ligaments.
Thus, the answer is elastic tissue.
c. warm air near the equator.
b. the Coriolis effect.
d. continental deflection.
Answer:
The correct answer is option B, The coriolis effect
Explanation:
The coriolis effect describe the pattern followed by an object travelling around the earth. This effect is guided by the rotation of earth. Large air currents appear to bend in the right direction in northern hemisphere while the coriolis effect produces reverse condition in the southern hemisphere where air currents bend to the left
The impact of the Coriolis effect is dependent on velocity of Earth and the velocity of the object and also on the fluid being deflected by the Coriolis effect
Higher Coriolis effect are seen when the speed is high or long distances are traversed.
The answer is FALSE. Convection currents do not produce the heat in the earth’s interior. They are rather responsible for distribution of this heat in the mantle. The radioactivity of the earth's core is the main source of heat. As the materials such as uranium decay, they release heat that keeps the interior hot.
Convection currents do not produce heat in the Earth's interior, but rather they transfer the heat generated mainly by radioactive decay.
Convection currents do not produce heat; instead, they aid in the transfer of thermal energy from one place to another. In the Earth's interior, the heat is generated primarily through radioactive decay, and this heat is then moved towards the surface of the Earth by convection currents. By analogy, consider a pot of water being heated on a stove. The stove (analogous to radioactive decay) generates the heat, and the water circulates that heat through convection currents, with warmer water rising and cooler water sinking.
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Answer:
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The correct answer is it would swell and then burst.
A hypotonic solution is a solution that has a lower concentration of salts and other molecules than the one that is present inside of the cell. Since the cell membrane that surrounds the cell's cytoplasm is permeable for water, if an unicellular organism was exposed to a hypotonic solution due to the process of osmosis, the water molecules will start to enter the cell to even out the concentrations of the two solutions. If the cell remained in this position over a long period of time it would swell and ultimately burst. Organisms and cells developed various ways of protecting from this, like cell walls, vacuoles, special molecules that elevate the concentration of the cytoplasm etc.