Kimberly

I RARELY straighten my hair. If I do, it's the bangs.. With very low heat. My bangs never get damaged from it. My hair was very healthy full and curly. However, about 2 years ago I used to straighten my hair everyday. It was severely damaged so I cut heat all together & moisturized my hair as much as possible. unfortunately, i had to go to the salon to get my hair straightened last week. i I just washed it & now my bangs and the ends of my hair are kind of straight, seemingly dead :/ This is my hair 2 years ago, http://tinypic.com/r/2rmsadk/6

As you can see, it was extremely damaged; my hair was unable to form a single curl. This was my hair before straightening it last week http://tinypic.com/r/ibb8fc/6 ... Very curly& healthy!

When I went to the salon, the cosmetologist seemed to have the hair straightener very hair! My hair smelled as if it were burnt(still does now) I did not really say anything because I figured she was using heat protectant. This is how extremely straight she made my hair, which I liked at the time :p http://tinypic.com/r/21cchf8/6.

Now my hair seems so damaged :/ but how did it get so damaged? It's not like I straighten my hair all the time- this is my first time straightening it in 1 year! What should I do to revive my curls again?

A simple expository essay.. Please help! I will email anyone who is interested

Well in Chemistry, we're doing types of reactions such as synthesis, decomposition, double replacement, single replacement, etc. We learned how to balance equations with coefficients- which is pretty easy. We also learned how to predict the products, which is okay- but the acid & bases neutralization confuses me a bit.. but that is besides the problem. I know for double replacement, I have to use the insolubility chart to find out if a reactant or product is (s) or (aq). However, my teacher told us that for synthesis decomposition, you cannot use the insolubility chart. So how would I find the states of matter for synthesis or decomposition? We have to do ionic & net equations, which involves the states of matter. That is why I am so worried. Some kids in my class tell me that in synthesis or decomposition a reactant or product is never aqueous. but I know they're wrong because when I looked up the answers for synthesis & decomposition, some of the products & reactants were aqueous. Therefore, I have no clue on how to find the states of matter for decomposition. As for single replacement, I don't know whether to use the insolubility chart or not. Also, pleaseee tell me any exceptions! Someone told me that any metal with oxygen is solid? Is that true, as well?

An essay in MLA format, even though I doubt that matters.

The apothecary...

OR

The Apothecary...

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