Carbon dioxide diffuses from the body tissues to capillaries in three ways: I. Carbon dioxide dissolves in plasma. II. Some carbon dioxide binds to proteins in blood, particularly hemoglobin. III. Some carbon dioxide combines with water in the blood to form carbonic acid. Therefore, the statement that is not a way in which carbon dioxide diffuses from the body tissues to capillaries is option A. Some carbon dioxide binds with platelets.
Answer:
- Mars-sized planetesimal collides with Earth
- The molten material is ejected from Earth
- Material accretes to form the Moon
- The moon begins rotating and revolving around Earth
Explanation:
This is how it is believed that the moon was formed. During the formation of the solar system, rocks, ice, and gases came together in a collision, due to their own gravity, forming the rock and gas planets that we see today. During this bombardment, some material became ejected the earth to form the moon. The moon revolves around the earth because it is within the pull of the earths gravitational field.
<span>Styrene, or C6H5-CH=CH2, can form even lengthy chains, via free radical polymerization. This involves the breakage of the double bond that allows the addition of another molecule of styrene. Repetition allows the addition of another, and yet another, styrene molecule. The process can be controlled to limit the number of additions.
Another addition polymerization involves carbocations. Double- or triple-bonded compounds interact with acids to form positively charged carbocations. These can combine with additional molecules to form lengthier carbocations capable of further repeating the process.</span>
Almost all living things need oxygen. ... Plants are able to use the energy of sunlight to convert carbon dioxide and water into carbohydrates and oxygen in a process called photosynthesis. This means that plants "breathe" in carbon dioxide and "breathe" out oxygen. Animals form the other half of the oxygen cycle.
