Explanation:
The periodic table lists elements based on their atomic numbers. It is made up of 7 periods and about 18 groups.
Atomic number is number of protons in an atom. It is on the basis of this that the period law is expressed.
The law states that "the properties of elements are a periodic function of their atomic number".
An atom on the periodic table is designated as:
⁸ₙK
K is the symbol of the atom
n is the atomic number
a is the mass number
For every atom on the periodic table, they are electrically neutral. This suggests that they have equal number of protons and electrons.
Since n is the atomic number
The atomic number is the same as the number of protons in an atom. This is also the number of neutrons.
To find the number of neutrons:
Number of neutrons = mass number - atomic number
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Periodic table brainly.com/question/8543126
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Dwarf planets revolve around the sun (regardless of their size) as other planets do (ex. Pluto)
Because this body orbits around another planet, Neptune, and is with the Kuiper Belt, I would assume it is actually a moon
<h2>Answer:</h2>
The correct answer is option C which is globular. And the correct statement is:
<u>Globular star cluster forms from tightly packed groups of older stars.</u>
<h3>Explanation to the answer:</h3>
- In the galaxies, stars are clustered in different patterns making different types of groups in the galaxies which can be recognized.
- There are one type of clusters which are spherical in shape and tightly packed due to gravity and they also move around the satellites. These clusters are known as globular star clusters.
- Hence option C is correct one.
The correct answer is: MAO inhibitors.
MAOI - monoamine oxidase inhibitors are antidepressants that affect the enzyme called monoamine oxidase which normally removes the neurotransmitters norepinephrine, serotonin and dopamine from the brain. As a consequence, neurotransmitter’s activity is increased. MAOIs interact with tyramine, amino acid found in food such as cheese, smoked sausage, and red wine. Tyramin eis normally regulated via MAO. So, when the MAO is inhibited via MAOI, tyramine reaches high levels, causing the blood vessels to narrow and resulting in critically high blood pressure.
