Wednesday, March 25, 2020
What is W Is For Wasting?
What is W Is For Wasting?W is for 'Wasting' One mistake many beginners make when they first learn about making compounds, is that they often make compounds without realizing, 'W is for Wasting'. For example, they may try to make a compound called 'Neem' and they realize that they need to grind up some Neem leaves to make this compound. So, they grind up some Neem leaves and mix them with some water, get some acetone (acetone powder), and then mix the two compounds together.Usually, it is not a problem as long as the acetone and the Neem are of good quality. That's why many people will mix acetone and Neem powders. The acetone will act as a solvent and the Neem will act as a preservative. But, you don't want to mix these compounds because, in the end, there will be too much acetone and too little Neem powder.Then, if you look at the result, you can see that you have mixed Neem powder with a large amount of acetone. In most cases, you will end up with an unusable compound. This is the same as W is for Wasting.Making compounds with Acetone and Neem takes time and is a bit more complicated than making compounds using alcohol and acetone. The advantage is that you will get better results from a faster process. In the end, it will save you some money and time. If you can afford it, why not take advantage of this?But, in most cases, the compound you want to use doesn't even need to be waxy. As long as you can get away with it, and the compound is actually useful, then it is OK to do this. You will end up with a compound that is usable and will be useful.Sometimes, compounds can be used without the help of alcohol or acetone. This can be true if the compound is long lasting and has good chemical properties. In many cases, these compounds can be found with a chemical synthesis course.So, if you're new to Chemistry, W is for Wasting is a very important concept. Take advantage of it and save time, money, and effort by avoiding W is for Wasting mistakes.
Subscribe to:
Post Comments (Atom)
No comments:
Post a Comment
Note: Only a member of this blog may post a comment.