Nitrogen and hydrogen atoms that make up ammonia (NH3) are held together by polar covalent bonds, where electrons are shared unequally. Nitrogen is significantly more electronegative than hydrogen, so shared electrons spend more of their time orbiting the nitrogen atom.
Answer: The answer to your question is OD
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Answer:
Make a PBJ
Explanation:
First you remove the bread from the fridge, cabinet, ect.
Then you remove 2 slices from the packaging and place them on a clean spot on the counter, a paper towel, or a plate. (You can put them in the toaster if you prefer toasted bread)
Retreive the peanut butter and jelly from their respective places, and bring them to the area with your bread. If you are toasting the bread, wait til the toaster is done, then place your slices back on your surface.
Now, take a butter knife and spread peanut butter on one side of a peice of bread. Make sure the edges are covered for the best result.
Do the same with the Jelly.
Now put both peices of bread together, the Peanut butter and jelly facing each other. Finally enjoy your sandwich!
The property of potential energy that distinguishes it from kinetic energy are Shape and position
Answer:
The correct answer is B. causes environmental acidification due to production of sulfuric acid.
Explanation:
Sulphur causes environmental acidification due to production of sulfuric acid. For example,
Sulphur can be oxidized to sulphur dioxide according to the equation:
S +O2 ==> SO2
The sulphur dioxide combines with rain water and is washed down in form of weak acid according to the equation;
SO2 +H2O ==> H2SO3
The product is an acid known as trioxosulphate (V) acid which is a sulphuric acid. And so acidification of environment is possible.
Also as Sulfur can be found in the air in many different forms. It can cause irritations of the eyes and the throat with animals, when the uptake takes place through inhalation of sulfur in the gaseous phase. Sulfur is applied in industries widely and emitted to air, due to the limited possibilities of destruction of the sulfur bonds that are applied.
The damaging effects of sulfur with animals are mostly brain damage, through malfunctioning of the hypothalamus, and damage to the nervous system.