look-up-chloramine-mathrmnh_2-mathrmcl-and-hydrazine-mathrmn_2-mathrmh_4-on-the-internet-describe-th

Name: look up chloramine mathrmnh_2 mathrmcl and hydrazine mathrmn_2 mathrmh_4 on the internet describe th
Uploaded: 2020-10-13
Duration: 6 min 4 s
Channel: Numerade
Description: Look up chloramine, $\mathrm{NH}_{2} \mathrm{Cl}$ , and hydrazine, $\mathrm{N}_{2} \mathrm{H}_{4},$ on the Internet. Describe the toxicity of each compound.

Question

Look up chloramine, $\mathrm{NH}_{2} \mathrm{Cl}$ , and hydrazine, $\mathrm{N}_{2} \mathrm{H}_{4},$ on the Internet. Describe the toxicity of each compound.

Vishal Sharma · Accepted Answer

in problem six described it toxicity off, Laura. Mine that is energy toe cl and hydrogen, that is. And to h four. So first, do we discuss about the chloramine so chloral mine can damage Laura. Mine damage digestive and again aggravate digestive disorder. Then also, Gloria Mine Laura mine again also effect on skin so chloramine can cause burning. Laura Mine can calls burning, coma Read and raise, read and dry eyes. Then Laura. Mine can cause aggravate Laura. Mine can falls. They grab it. Respiratory problems, respiratory problems. So these are the toxic chemicals. Now, high dressing hydrogen that is into each four is toxic. Tau blood is toxic. Tau learned Good knees, lungs, blood, good news, lungs, nervous system and cause membrane. Okay, so that means these things Hydrogen is also toxic doc. Sick chemical. So liquids and spray contact can produce liquid and spray contact can produce con that again produce. They should damage toe issues. Damage toe must cost membrane. Particularly particular the eyes nos mouth and respiratory tracked. So skin contact more small burns and inhalation off. Supreme reproduce irritation off the respiratory tract with repeated or prolonged exposure producing target organ damage. So see where our exposure can result in death. So acute respiratory exposure, acute respiratory exposer two hydrogen can result. Two hydrogen again results in the this opinion and pulmonary could be more pneumonia. Tragedies and branch it ease. So these are the so These are the these both are the toxic chemicals that is chloramine and hurtling, which adversely effect on our body.

Kim Trang Nguyen · Answer

good. Ah, hydrazine. They like to to step the rodeo hydroxide ion. But we see the baby to very, very small. So the bs he&#x27;s focused on bs is calculated from the first step, Not a second step. So how can we do 75 and we have hi rising. And from the beginning tonight the meaning I see the So that boy 01 the 00 And this we have my nose has and has a very nice And with Roy 01 minus this. And I ask you as he and then we have baby one April and fly. This must be and then we can substitute us in this equation. A square, right? And now we see his little boy. One is greater than April 5. Time 10 Negative seven. Time to that worker equivalent here. And when we showed this equation, we fall. I speak war knife or to tie 10 95. So we have and we got a call. If we need to fight Ph so have guns. I ps here we can do it is be ish. Go 14 minus B Oh, hush. And this month, people hope thing minus Okay. Now we have to find another concentration. And now we have this one. Continue the show. She a and then you have this. What? Hi. And then for the beginning, I see ni boy too. The zero. But this. Get a night or two. Nice. That here. Okay. And then with this minus, there&#x27;s lust so final. And then let us here. And similarly, we though the problem We have baby too. Yeah, And because the baby so small Who is he? What could be the baby body stuff? We have e a point night time, tight end, negative 16. That&#x27;s why he&#x27;s so small. So this soft small doesn&#x27;t mean that the show station, Not much. And then we can simplify that this so we can say it&#x27;s very small compared to 9.2 time Titanic t five. And therefore we have a boy night time high so we can admit this one. Admit this one with this one. So what? As they go a boy nine times 10 anything city this April. Hey,

David Alvarez-Carbonell · Answer

induce exercise. We are asked to, uh, for all the possible compounds between oh, two battalions that are giving I&#x27;m only, um Andi Nickel too onto a nyhan&#x27;s carbonate and so think. Okay, so first this work on those, um, formed by a morning. So we combine our morning always. We have to apply the principle. Often you&#x27;re trying to We have to make sure that the positive chargers are the same. Was the negative charges Okay, So between ammonia and carbonate, we already realize that we need to positive charges to compensate for these two negative charges. Therefore, we need to I&#x27;m warning. Okay. Something Carter boning. Therefore minute off. I&#x27;m on you and sulfate is the same playing to sing principal of the traffic in the case of nickel too. Nickel to I said, causing the charge of two. Therefore, we only need a one in one proportion then. Same thing with this sulfate positive to negative. You need only one nickel and one so

Charles Thomas · Answer

he So we we have ah hydrazine solution and eso thestreet chur of hydrazine would be like this. It&#x27;s like to ammonia molecules joined together. Each of the nitrogen is has an insured payer and that&#x27;s where they would bond the additional hydrogen that in there expressing their basis ity. Ah, And so here would be the first reaction gaining one proton from water water going toe hydroxide. We were given the, uh, the PKB and so tend to the peat to the negative. PKB is KB. So we&#x27;ve calculated the KGB and written the KB expression from the reaction and then a standardise table for a week, base consuming X on the left and producing X for each substance on the right and then plugging those into the K B expression. We have x four each of the substances on the right and point to 45 uh minus six for the original hydrazine, that is 8.5 times 10 to the minus seven. And that K is small enough that we can drop the sex here. And so X squared is equal to 8.7 times 10 to the minus seven times 0.2 45 and taking the square root, we get the familiar square root of Casey equilibrium, constant times concentration. And so that is, that&#x27;s where it is 4.6 times 10 to the motors for And that is theme Alaric E. And that is thehyperfix side concentration and T hydra zone IAM concentration into those go into the second equilibrium. We&#x27;ve estimated from the first equilibrium how much of the products will form. And now using those amounts, how much would they react in the second equilibrium? And the answer is hardly at all. I&#x27;ll go. Had to go through this with you. Sorry. That&#x27;s money. Six on that side, a little bit consumed here and a little bit produced here. When we put these in to the expression for the second K B, we got the K B to the PKB. Plugged that into 10 to the minus. PKB Ah, we&#x27;ll have ah 4.6 times 10 to the minus four plus X time. Sex over 4.6 times 10 to the minus four minus six. And that is gonna be equal to 1.6 times 10 to the minus 10. So, uh, this X, where it is added and subtracted is going to be quite small. I mean, we have quite small values that it&#x27;s being added to and subtracted from, and yet it&#x27;s still going to be very small. Uh, Azul see, because this factor 4.6 times 10 to the minus 4/4 100.6 times since the minus four is one and so X is 1.6 times 10 to the minus 10 and you can see that adding it air, subtracting it to even this small value would have no effect. And so, therefore, that additional hydroxide that we make that plus X isn&#x27;t enough to make a difference. This is going to be the hydroxide concentration, and we wanted to know the pH. So let&#x27;s calculate the ph of that. Um, well, if we take the log of that hydroxide concentration, we get that the P. O. H. Is 3.34 and the pH of the pio each have to add to 14 so the P age is 10 point 66

David Collins · Answer

remember in our oxidation number rules we can identify that into is an element and elements all the atoms in an element in its elemental form, have an oxidation number of zero. Then we go to hydrazine and to age four. The key to understanding this one is that hydrogen is written. Second, hydrogen is written second to usually takes the form of an an ion or a high drive that is negatively charged. Therefore, we have two times the oxidation state of nitrogen which we don&#x27;t know, plus four times the oxidation state of hydrogen were in this case, it is hydride at minus one gives us an oxidation number of nitrogen of plus two for NH four plus hydrogen Here is written second, um however different from the previous one is this is a cat eye on and the hydride is not present. Therefore, nitric nitrogen has an oxidation state which we don&#x27;t know, plus four times the oxidation state of hydrogen in this case of plus one gives us an oxidation state of minus three. When it all sums up to the charge of plus one

Mercedes Mazza · Answer

solving problems. 50. Chapter nine used apparently with structure to explain why the compound is formed between nitrogen and hydrogen as the formula in age three show. Why an age to image an age for not stable. So you find the explanation about the current U. S. Structures of page 3 94 of your book. They start breaking down every single, so here we weigh, have nitrogen and hydrogen nitrogen. We know from the periodic table that the heat has five valence electron. So this will be those electrons that in the newest structure will will be available for nitrogen to form bonds. And we know that Tony has wound one violence. Elect him. Now we know for Kobe in bonds for Cabela&#x27;s Louis structure that an author became become stable when can completely OCD it. So, for example, nitrogen as five Valence electron. You can steal a served three electrons. Eso we conform basically need three electrodes electrons in order to complete the opted the end, be stable. Hydrogen, of course, cannot can reach the octave because it doesn&#x27;t have enough Tomiko Orbital&#x27;s. But you can reach me. Do it, but let&#x27;s focus on the nitrogen. So if we write down on the three structure and H three anedge to an age, for we see that for the nitrogen. If he has one, make one bond with each eye surgeon, then the Oct it for nitrogen is satisfied because we wish her one electron and I&#x27;d virgin only has one electron. So we can only form single bonds between nitrogen and hydrogen. And so we basically have 24246 and eight electoral Sze s o the oct it He&#x27;s satisfied this fool for manage to again. I virgin can only share 11 Electra Um so we can only of single bonds between nitrogen and oxygen. So basically we conform, uh, to bonds and the nitrogen in this way as 24246 and 17 electrons. So the audit is knows who is not full. So it&#x27;s not gonna be as stable as any street in an age. For same reasoning, either Jen can only form single bonds because it only has one electron to share. So around nitrogen, we always put five electrons that are like it&#x27;s fallen selectors. And if we if we make bones, we are gonna have total electrons for nitrogen off too. 4648 +19 So an itch for can only exist the n age for plus, but not as an H for So this is not gonna be stable. So this is the explanation. Why, um, nitrogen and hydrogen form stable, compound off former formula and age tree and not manage to and an age for.

Problem 6 Easy Difficulty

Look up chloramine, $\mathrm{NH}_{2} \mathrm{Cl}$ , and hydrazine, $\mathrm{N}_{2} \mathrm{H}_{4},$ on the Internet. Describe the toxicity of each compound.

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