Answer:
The energy of a photon depends on the frequency of the emission.
Explanation:
E = hν
where E is the energy of a photon, ν is the frequency of photon and h is Planck’s constant.
Energy of a photon is quantized and is directly proportional to the frequency of the emission.
Quantized energy of a photon explained the photoelectric effect. It was proven that light not has wave nature but particle nature as well. This later gave rise to wave particle duality of light waves.
Organic compounds;
- Carbohydrates lipids and nucleic acids
- contained in living organisms
- Molecules that contain carbon and hydrogen bonds
Inorganic molecules;
- Sometimes contain carbon but do not contain C-H bonds
- Molecules made of a combination of elements
- Water and table salts
<h3>What is an organic molecule?</h3>
An organic molecule are the molecules that contain long chains of carbon and are studied as part of organic chemistry. Inorganic compounds do not contain catenated carbon chains and are studied as part of inorganic chemistry.
Let us now classify the compounds;
Organic compounds;
- Carbohydrates lipids and nucleic acids
- contained in living organisms
- Molecules that contain carbon and hydrogen bonds
Inorganic molecules;
- Sometimes contain carbon but do not contain C-H bonds
- Molecules made of a combination of elements
- Water and table salts
Learn more about organic compounds:brainly.com/question/5994723
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Some forces can be shear gravity and compression that are putting force on the bed
The equilibrium equation showing the dissociation of weak acid is:
is the equilibrium constant for this equation, which is referred to as the acid dissociation constant. value will determine the acidic strength of the acids. Greater the value, more will be the acidity.
Calculating the value from given equilibrium concentrations:
=
=