Answer:
ola what do u need to do?
The answer is the Car Traveling North... According to me
Answer:
See explanation
Explanation:
In this case, we have to check the neighbors of each carbon in the molecule. In propane, we have two types of carbons (see figure 1) (blue and red ones). The red carbons are equivalent. (Both have the same neighbors). Now, we can analyze each carbon:
<u>Blue carbon</u>
<u />
In the blue carbon, we have 6 hydrogens neighbors (three on each methyl). If we follow the n+1 rule, we will have:
6+1= 7
For the blue carbon, we will have a <u>Septet</u>.
<u />
<u>Red carbons</u>
In the red carbon, we have only 2 neighbors (the carbon in the middle only have 2 hydrogens). If we follow the n+1 rule, we will have:
2+1=3
For the red carbon, we will have a <u>triplet</u>.
See figure 2
I hope it helps!
Plasma because it is a charged gas and the molecules are more free to move in a gas state.
The reaction follows the normal rules for an acid-carbonate reaction, which in turn is a special kind of acid-base reaction.
Acid + Carbonate -> Salt + Water + CO2
(Citric Acid) + (bicarbonate soda) -> (<span>Trisodium citrate) + water + CO2</span>
This is a very fast reaction, which produces a lot of carbon dixoide in a very short amount of time, which is the bubbles that you see. The other chemicals produce are clear liquids, so you don't see any of them.