Draw the hydration shells that form around a potassium ion and a chloride ion when potassium chloride dissolves. Label the positive, negative and partial charges.

Explanation:

. It asked to draw the hydration shells that form around a potassium ion and a chloride ion. When potassium chloride dissolves in water, label the positive negative and part partial charges on the atom. So the first thing is, don't be threatened by the term hydration shell. It's a lot easier then it may sound so. That's just asking. How do water molecules interact with your substances? And we've got potassium chloride assault and each of the ions are going to be charged. And so from the charge of the potassium and from the charge on the chlorine, you can easily guess how the the polar water molecule is going tio interact with the ions. So let's just go ahead and draw our potassium and our chloride. So remember, potassium is goingto have a positive charge. Thie chlorine is goingto have a negative charge. You remember that in a water molecule, the oxygen has a slightly stronger affinity for electrons than do hydrogen sze. So when the oxygen pools in the electrons a little bit stronger, it's goingto have a slightly negative charge on the hydrogen. Are each going to have a slightly positive charge. So when you've got your shell around your potassium, you're going tohave mostly the negative side. So you're going to have a little bit of a negative charge here. A little bit of positive charges on your hydrogen Sze so you can either put it right here is the positive partial positive. Or you can put maybe plus half on each of these hydrogen sze and then you're gonna have another number of your oxygen's. Because, remember, opposites attract. So if you have a positive charge here, you're gonna have more negatively charged molecules trying to interact with that. You're gonna have the the positively charged hydrogen tze a little bit away from it and then for the chlorine you're going tohave the opposite. You're going tohave the hydrogen. Is that air facing more towards Ah, the Corinne because again they're slightly positive. Ah, the oxygen slightly negative. And then you might want to just label that the's are partial charges and these are full charges. That's it

americans began to notice growing differences between the northern and southern sections of the country. there were more people living in cities in the north, which made it more urban. more people lived on farms in the south, which made it more rural. while many people were farmers in the northern states, there were now other ways to make a living, such as working in mechanical cotton gins factories manufacturing cloth, tools and other goods. people in the north supported high tariffs on goods imported from europe because the extra cost encouraged people to “buy american” instead. in the southern states, planters did not like tariffs because they sold most of their production to europe and bought their tools from there as well. southerners believed the protective tariff was something that only northern factory owners keep their profits high. so the southern politicians came up with an idea. they would opt out. they would simply ignore the protective tariff. it was ‘null and void’ in south carolina. the state would not collect the taxes on goods imported into south carolina, no matter what the president said they had to do. this decision led to the nullification crisis.