Scientists have discovered a new virus that is very different from any known viruses. What type of matter is the virus most likely made of?
A)combination of protons and some atoms that have not been discovered so far.
B)Combination of protons of differnt atoms that exists in the periodic table.
C)Compounds made from elements that are not in the periodic table.
D)Compounds made by bonding atoms of known elements.
Is is B?
OH!!! Your right so the answer is so obvious now. It s most likey compounds made by bonding atoms of known elements. Right?
That is so right. Way to go.
Is D correct?
D is correct
Try again. B is not the right answer. Elements exists in the periodic table.
To determine the most likely type of matter that the new virus is made of, we can consider our current understanding of viruses and their composition.
Viruses are infectious agents that are composed of genetic material (DNA or RNA) enclosed in a protein coat called a capsid. Some viruses also have an outer envelope made up of lipids or proteins.
Given this information, we can eliminate options A and C as unlikely possibilities. Option A suggests the virus is composed of a combination of protons and some undiscovered atoms, which goes against what we know about the composition of viruses. Option C suggests compounds made from elements not found in the periodic table, which is not supported by our current understanding of matter.
Now, let's consider options B and D. Option B suggests that the virus is made up of a combination of protons from different atoms that exist in the periodic table. This option aligns with our understanding of the composition of matter and is a possibility.
Option D suggests that the virus is composed of compounds made by bonding atoms of known elements. This is also a possibility because viruses can contain different types of compounds, such as proteins or lipids, which are composed of known elements.
In conclusion, both options B and D are plausible explanations for the type of matter that the new virus is most likely made of. However, without more specific information about the nature of the virus, it is difficult to determine the exact answer.