The Chemistry Regents Reference Table

The Chemistry Regents Reference TableIf you're going to take a look at a Chemistry Regents Reference Table, it is essential that you know what the numbers mean and what each column is for. There are different ways to read a table so you should know what each one means so you can choose the right one for your needs.The first and most important thing to keep in mind is that a number under any column means the value of the hydrogen ion in the appropriate column. For example, if it says '17' for hydrogen ion in columns two, then the value of the hydrogen ion is seventeen.In other words, that means the column that's on the left is the left-most column in the row's value. For example, if you're looking at a table that lists the valences of a piece of graphite, then the valence is the number in the column labeled A.Next, if you're looking at the valence in its own column, the number in the right hand column tells you what the column it's located in contains. For example, if the right-hand c olumn is labeled B, then the valence in that column is bound in carbon.Once you've learned about the numbers, it's time to learn about the format. First, there are four rows per column. The rows are A through G. Columns begin with the letter C and then the valence number.It's important to remember that some columns contain values in both terms and in only one of them. You can also find the valence of both carbon and oxygen. This means that you can't just count the number of valences to determine how many columns there are.Allin all, the Chemistry Regents Reference Table is designed to give you a quick idea of what's going on with a specific chemical. It doesn't tell you anything about its properties, but it does tell you where to look for more information.So don't forget that when you're taking a look at the Chemistry Regents Reference Table. Not only will it help you find out how much something weighs, but it will also help you find out which compounds you need to keep an eye on.