Question

what are the arrangements of different energy levels in an atom and demonstrate with help of probability distribution curve​

Answer 1

Answer:

Energy Levels:

• An atom consists of electrons and protons, revolving around the nucleus.
• The electrons are not able to move freely at any random position. Their revolution is restricted to particular orbits according to their energy levels.
• Energy levels are the fixed distances of electrons from the nucleus of an atom. They are also called electron shells.
• An electron is allowed to be in one energy level or another energy level. However, it cannot exist between any two energy levels.
• The first energy level is called level 'K'. The second level is called level L, the third energy level is M, and so on.
• The K-level electrons have the least energy whereas the levels that are far from the nucleus have more energy

The probability distribution curve is as follows:

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Answer 2

Answer:

A probability distribution depicts the expected outcomes of possible values for a provided data rendering function.

Explanation:

Probability distribution curve​

A probability distribution depicts the expected outcomes of possible values for a provided data rendering function. Probability distributions come in many shapes with various features, as determined by the mean, standard deviation, skewness, and kurtosis.

Energy Levels:

• An atom consists of electrons and protons, revolving around the nucleus.
• The electrons exist not able to move freely at any random position. Their revolution is restricted to certain orbits according to their energy levels.
• Energy levels exist in the fixed distances of electrons from the nucleus of an atom. They have even named electron shells.
• An electron is permitted to be in one energy level or another energy level. However, it cannot exist between any two energy levels.
• The first energy level is named level 'K'. The second level is named level L, the third energy level is M, and so on.
• The K-level electrons include the least energy whereas the levels that exist far from the nucleus have more energy.

The probability distribution curve exist as follows:

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