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H What the the the Gtructure H above q ) black wveidht of th Subatnce? Tepresents V 1 carbon Uoune 1 Aonna 1 Droe hydroge 1 destmnal (places) nitrogen 2 oxygen0 Bla...

Question

H What the the the Gtructure H above q ) black wveidht of th Subatnce? Tepresents V 1 carbon Uoune 1 Aonna 1 Droe hydroge 1 destmnal (places) nitrogen 2 oxygen0 Blank5i Moipa

H What the the the Gtructure H above q ) black wveidht of th Subatnce? Tepresents V 1 carbon Uoune 1 Aonna 1 Droe hydroge 1 destmnal (places) nitrogen 2 oxygen 0 Blank 5i Moipa



Answers

What gas is a human-made pollutant in the lower (surface) atmosphere but a natural and beneficial gas in the stratosphere? (a) $C O_{2}$
(b) $C H_{4} (c) O_{1}$ (d) CFCs (e) $\mathrm{N}_{2} \mathrm{O}$.

Mhm. Mhm. Okay. So this question is about the trend of the boiling point. It says for the carbon and nitrogen family hydrates, they have the following blowing points. So for the carbon, yeah, methane which is minus 164. And so they came which is minus 100 12. And jermaine ian hydroids Which is -88 and 10 hydrates Which is -52. Sure. And then we can go to the nitrogen family which pneumonia in is minus certainly sweetie foss for hydride is minus. It's okay. And as an eye hydrate minus 55 and And human dehydrate the -17. So the first question is asked us to account for the general trend in the boiling point of those binary hydrates. So we can see for the carbohydrate as you increase the atomic number. Yeah, as you increase atomic from carbon to team, the bowling points actually increase and same actually for the nitrogen hydrate except ammonia. But this question only asks us to explain the general trend. So I would say for both of them when you increase atomic number, the boiling point increases. What is the reason here? Um So the reason here actually comes from both for the carbon and nitrogen hydrate. They are actually molecules and the major interactions between those molecules of and awards interactions. So for the carbohydrates, the interaction are majorly the London force. and for the nitrogen one it's actually the diaper diaper interactions. Um No matter what you can see, the interactions are strongly correlates to the correlate correlated to the atomic mass. So as you can see from the when you increase atomic number, those hydrates also increases their molecular mass. So there are major interactions strength will increase, which leads to the increase the boarding point as you increase the border. Uh atomic number. And the question be uh asked us to explain the on your appalling point of ammonia. As we said, the general trend in the next room hydride is as you increase the atomic number from ammonia to antimony. The bottom point actually increases except ammonium. Ammonia has the smallest atomic atomic weight. However, they have the highest blowing point, which means the interactions between the ammonia molecules strongest. Why? Because ammonia in actually can form hydrogen bonds. Why others cannot? And as we learned in a class hydrogen bond is much, much stronger than the january venda wood floors. That's why that ammonia has highest polling point. The pressure is c it says. As opposed to explain the observation that the nitrogen family hydrates have born in points that are notably hired than those of carbon families. The major reason is a carbon family hydrates. A non polar molecules. There are non partner molecules Why for the ammonia in family we know the ammonia in the structure ammonia in looks like this, It actually has diaper moment. So they are actually powered molecules for polly parker molecules in their reactions are dominated by the diaper diaper interaction, which is much stronger than the London force. That's why the interactions between the nitrogen family molecules is actually stronger than the carbon ver, which leads to the higher boiling point. And this is the answer.

Hello students in this question. We have given the one half mold each of night chosen and off season. Okay. This is and to and this is also for the entry, this is for the nitrogen, this is for the oxygen and this is for the carbon dioxide which are mixed in the container of volume five liters and temperature equals to 20 37 C. That is 300 cabins. The pressure exerted by the mixture we have to determine. So this pressure will be close to even plus P two plus P three. Okay, so pressure P will be equals to an RTD whereby volume B. And all three conditions are same. So it means this will be three and RTD whereby volume week. Okay, so we can substitute the values. So three manipulated number of moles which is one by two. Our which is 8.314 temperature is 300 Calvin. The volume we which is five l That is five more players returned to the power -3 m Cube. Okay, so after solving this pressure is equal to 7.48 molecular weight. And to the power five newton per meter is square. So option a become answer of this problem. Okay, thank you

In this problem, I can write the reaction edge. Just look at it carefully. H n 02 when react with H two, S. 03 as well as as to it will give the product ID as to and so forth. Plus and H 20 H and H 20 pad. So he had in this problem the compound A. Is equal to n H 20 H. Therefore, according to the option obstinacy. It correct and said for this problem, I hope you understand the solution of this problem.

In this problem, the reaction it happened something like this. This compound in presence of as to our PD Or c. s. U three or period in as well as We are to see. Hcl three will produce the final product ID. This compound. Here it is CS three the l e t c s today inherited at Heritage BR inherited at Heritage Beer, according to the of sending this problem, optionally it correct answer obsession. D. H. Correct answer for this problem.


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