Molarity is one of the basic principles of this unit. The formula is depicted bellow. Another way to think of molarity is by saying the concentration of a solution because it is measured by the amount of moles per every one liter, meaning it is the concentration of it.
Also, here are a few examples of running molarity problems in all three ways possible:
This post was very helpful, I really liked the pictures that you posted. The example really showed me how to solve these kind of problems.
ReplyDeleteI like how simplified this post is- it really helped me understand molarity better. I also really like the link you put on there-- bozeman science is the best. Nice post!
ReplyDeleteThese are some great pictures the sum up the unit and give a clear version of molarity and stoichiometry. Thanks so much for the post.
ReplyDeleteAvery, I liked how you explained the concept of molarity at the beginning of your post, and relating it to dilutions and concentrations, this was something that I struggled with at first. Also I enjoyed how your first picture includes any conversions that may need to happen because they are often forgotten. Also, your second picture is a good reminder of the different ways to solve. Along with your video, your post was a great at explaining this concept. Thanks for the post!
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