Autoionization is spontaneous reaction of a chemical species with its self. The chemical reaction of water and sulfuric acid is in the explanation.
<h3>What is sulfuric acid?</h3>
Sulfuric acid, often known as oil of vitriol in ancient times, is a mineral acid made up of the elements hydrogen, oxygen, and sulfur, and has the chemical formula H2SO4. It is a viscous liquid that is miscible with water. It has no color or smell.
Due to its strong affinity for water vapor, pure sulfuric acid does not naturally occur on Earth; it is hygroscopic and rapidly collects water vapor from the air. Since concentrated sulfuric acid is a strong oxidant with potent dehydrating effects, it is extremely corrosive to other materials, including rocks and metals. A major exception is that sulfuric acid does not dehydrate phosphorus pentoxide; on the contrary, it dehydrates sulfuric acid into sulfur trioxide.
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Answer:
Explanation:
I’m pretty sure that stories differ because they are not proven and can be easily manipulated. Scientific explanations are proven and are probably fact.
Answer:
3-methylenehexane
Explanation:
In this case, we have <u>two clues</u>.
<u>1) The hydrogenation reaction</u>
<u>2) The ozonolysis reaction</u>
See figure 1.
With this in mind, lets analyze each clue. In the first reaction, we know that only 1 molecule of
is added to the unknown molecule. This indicates that we only have <u>1 double bond</u> in the molecule. Now, the next question is <u>where is placed the double bond?</u>
To answer this question, we have to use the second clue. In the ozonolysis reaction, a double bond is broken and is replaced with a carbonyl group. If, <u>formaldehyde</u> is formed the double bond is formed with a <u>primary carbon</u>. The primary carbons in the structure (given in the first reaction: 3-methylhexane) are carbons 1, 6, and 7. So, the double bond can be placed between carbons:
a) 6 and 5
b) 7 and 3
c) 1 and 2
To decide which one is the position of the double bond we have to keep in mind the <u>second product</u> of the ozonolysis reaction a <u>ketone</u>. With this in mind, the carbon bonded to the <u>primary one</u> (deduced by the formaldehyde) it has to be a <u>tertiary carbon</u>. The only option that has a primary carbon bonded to tertiary carbon is <u>b)</u>. (See figure 2)
Finally, with this in mind the structure is <u>3-methylenehexane</u>. To be sure, we can <u>check the formula</u> for the compound,
and the <u>reactions</u>. (See figure 3)
I hope it helps!
The candy coating of the M&M is made of sugar and colored dye. When water comes into contact with the sugary coating, the positive and negative charges in the water molecules pull on the negative and positive charges in the sugary coating, and the coating dissolves.