What happens when an electron moves to a higher energy level?The atom loses the electron.

The atom becomes more stable.

The electron gains energy.

Answers

Answer 1

Answer:

Answer: Option (c) is the correct answer.

Explanation:

When energy is supplied to an electron then on absorption of energy it tends to move from a lower energy level to higher energy level.

And, when this electron moves from higher energy level to lower energy level then excess of energy absorbed by it is released in the form of visible light or radiation.

This emission of energy is also responsible for imparting color to a compound.

Thus, we can conclude that electron gains energy when an electron moves to a higher energy level.

Answer 2

Answer:

Answer:

The electrons in an atom exist in various energy levels. When an electron moves from a lower energy level to a higher energy level, energy is absorbed by the atom. When an electron moves from a higher to a lower energy level, energy is released (often as light).

Explanation:

Related Questions

25 Which of the following is a correct statement describing photosynthesis? Plants make glucose and oxygen by taking in carbon dioxide and water. Plants take in oxygen and carbon dioxide to make glucose and water. Plants take in oxygen and water to make carbon dioxide and glucose. Plants take in glucose and carbon dioxide to make water and oxygen. 26 Under what condition will a marshmallow and a rock fall at the same speed? In the water The marshmallow must be thrown down with greater force This can never happen, because of the different masses In a vacuum 27 Which of the following would exert about 1000 Newtons of force? A baby A large man A safety pin A dump truck
Suppose the gas resulting from the sublimation of 1.00 g carbon dioxide is collected over water at 25.0◦c into a 1.00 l container. What is the total pressure in the container? Express your answer in atmospheres.
Which of the following events on the sun affects the Earth in either a direct or indirect way?A. Corona mass ejection or CMEs only B. Solar flares only C. Solar systems only D. All of the above
Explain, in terms of both atoms and molecular structure, why there is no isomer of CH3OH.
What is Rutherford atomic modle

Q3 - Complete the word equation *1 point
Bromine +
Chlorine
Bromide +
Potassium
Chloride
Bromine +
Potassium
Chloride
Hydrogen
bromide +
Potassium
Chloride
Chlorine +
Potassium
Bromide ->

Answers

whoever gave u this homework, doesnt really understand the concept

What important role does surface tension play in everyday life?

Answers

* Some insects can walk on water.

* The spherical shape of the drops of water.

*water resistance to the penetration of foreign bodies.

hope this helps!

Which of the following characteristics do all plants share?a. being unicellular
b. producing flowers
c. being a prokaryote
d. being an autotroph

Answers

The correct option is d. being an autotroph. All plants are multicellular eukaryotes that produce their food through the process of photosynthesis.

What are autotroph ?

Autotrophs are organisms that are capable of producing their own food using energy from the environment, such as sunlight or chemicals. They are also known as "producers" in ecosystems because they are able to synthesize organic molecules from simple inorganic substances.

Plants are one of the most well-known examples of autotrophs, as they use energy from sunlight to produce their own food through photosynthesis.

Not all plants produce flowers, as there are some plant groups that do not produce flowers such as ferns and mosses. Additionally, plants are not unicellular as they are made up of many cells. Finally, plants are not prokaryotes, as they have complex cells with a nucleus and other organelles.

Hence, option d is correct.

Find more on autotrophs:

brainly.com/question/11209881

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It would be C because ALL plants are prokaryotes. A is wrong because some plants can be multicellular. B is wrong because not all plants produce flowers. D is wrong because if plants were autotrophs, they would have to eat something to get energy, but plants get energy from the sun.

Which describes a way to speed up the collisions between hydrogen and oxygen molecules to produce more water?

Answers

Equation:2H2(g) + O2(g) → 2H2O(g)

Smaller container means less volume, and the molecules will hit the walls of the container more frequently because there's less space available and the pressure will go up. I guess this would mean that the side with fewer moles would be favored as a result. We count the number of moles on the reactants and products and find that there are fewer moles on the product side, so I guess this would favor the product formation.

Equation:2H2(g) + O2(g) → 2H2O(g)

Smaller container means less volume, and the molecules will hit the walls of the container more frequently because there's less space available and the pressure will go up. I guess this would mean that the side with fewer moles would be favored as a result. We count the number of moles on the reactants and products and find that there are fewer moles on the product side, so I guess this would favor the product formation.

Which factors affect the flow of electric charge? Check all that apply.voltage
ampere
ohm
resistance
volt

Answers

the answers are voltage and resistance

Answer:

It is Voltage and Resistance

Explanation:

I got it correct on Edg2022 (picture above) ^^

Which of the following compounds does NOT contain molecules?a. H2
b. NaCl
c. CO2
d. H2O

Answers

Answer:

NaCl does not contain molecules

Explanation:

Molecules are made of multiple atoms bonded together to form a single entity.

In $H_(2)$ (H-H), two hydrogen atoms are bonded together through a covalent bond. Hence it is a molecule.

In $CO_(2)$ (O=C=O), one carbon atom and two oxygen atoms are bonded together through double bond. Hence it is molecule

In $H_(2)O$ (H-O-H), one oxygen atoms and two hydrogen atoms are bonded together through single bond. Hence it is a molecule.

In NaCl, $Na^(+) and Cl^(-)$ ions are held together through ionic attraction forces. Here no actual bond exists between $Na^(+) and Cl^(-)$ . Both $Na^(+) and Cl^(-)$ remain present as individual ions.