Answer: oxidized
Explanation:
When a glucose molecule loses a hydrogen atom as the result of an oxidation-reduction reaction, the molecule becomes
oxidized.
Good luck! and sorry if is not the answer ur looking 4!
The correct option is A.
In the convection cell, cold air sinks at the poles because of their high pressure. As the air moves away from the poles along the earth surface, it begins to get warm and its pressure reduces. Convection cells are circular pattern of wind which are caused by the rising and sinking of wind.
Answer:
22.5L will be the new volume for the gas
Explanation:
Pressure and number of moles remains constant.
When the temperature for a sample of gas is increased, the volume will also be increased, acording to this relation:
V₁ / T₁ = V₂ / T₂
15L / 30°C = V₂ / 45°C
(15L / 30°C ). 45°C = 22.5L
We assume Ar, as an Ideal Gas
Answer:
There are rules to how the orbitals are filled and the rules are dictated by quantum mechanics but generally speaking the orbitals are filled as follows 1s 2s 2p 3s 3p 4s 3d 4p 4d using what is know as the Madelung rule. s orbitals can hold 2 electrons, p orbitals can hold 6 electrons, d orbitals can hold 10 electrons
Explanation:
6 electrons
The production of ammonia (NH3) for fertilizer purposes, which supports about half of the world's population, is the artificial fixation of nitrogen (N2)'s significant energy, environmental, and societal consequence.
<h3>What is artificial fixation of nitrogen?</h3>
Through a chemical process known as nitrogen fixation, the air's molecular nitrogen (N2), which has a powerful triple covalent bond, is transformed into ammonia (NH).
Nitrogenous chemicals, commonly found in soil or aquatic systems but also in industry. Molecular dinitrogen, which makes up the majority of atmospheric nitrogen, is a generally nonreactive molecule that is biologically inert to most microbes. Utilizing the nitrogenase protein complex, biological nitrogen fixation, also known as diazotrophy, is a crucial microbially driven activity that turns dinitrogen (N2) gas into ammonia (NH3) (Nif).
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