The industry with the lowest concentration ratio is…wait for it…farmers.
According to our estimates, farmers have one of the lowest concentration ratios. These are the people that buy farm products. Since we are talking about a small industry, it means the people who buy these products are likely less informed about the industry.
I think this is a big problem. A lot of farmers have to work very hard to make a living and a large amount of the time, they don’t get paid. If the concentration ratio is low, then farmers are more prone to having a high concentration of toxic chemicals in their bodies. If your body naturally has a low concentration of these chemicals, then it follows that it will naturally have a low concentration ratio.
I think this is a good example of why you shouldn’t look at the overall concentration ratio of a chemical, it is not necessarily the concentration of the chemical itself. It is the number of chemicals in the body which have similar chemistry to the particular chemical in question.
I think this is the reason why you should not look at the overall concentration ratio of a chemical in its pure form, the concentration of the pure chemical itself is irrelevant. In other words, if you have a low concentration ratio, you are likely to have a lot of chemicals in your body (both in your blood and in your body tissue). If you have a high concentration ratio, you are more likely to have a low concentration ratio.
Now, it’s easy to see why a specific chemical in its pure form should be at a high concentration ratio, since it has a very high concentration. But it’s also easy to see why a specific chemical in its pure form should be at a low concentration ratio, since it has a lot of other chemicals in its body.
This can also be used to show you how low of a ratio you are at, or whether you have a low concentration. For instance, if you are a chemist, you have a high concentration ratio, since you are working with very pure chemicals. However, if you are a lawyer, you are even more likely to have a high concentration ratio.
If you have a high concentration ratio, you have a lot of other things that will make you very difficult to move. For instance, let’s say that you are a high concentration ratio chemist, and you are working with a very rare ingredient. Now, to move that ingredient from one location to another, you would have to use large trucks that would only work if you have a huge amount of pure ingredients at your disposal.
This problem is called the “high concentration ratio” problem. The reason for this problem is because law firms tend to have very large law firms. These law firms take on very large numbers of clients (typically about 3,000+) so they can keep the same amount of lawyers working on the same amount of cases. In order to move large numbers of clients, they need to hire lawyers with high concentration ratios.
the problem is that this is not necessarily a bad thing because a high concentration ratio can lead to a high concentration of lawyers. In fact, the more lawyers you have in a firm, the more clients you can bring in. Some firms have high concentrations because they’re small enough that they can hire fewer lawyers. In other words, you’re going to have to hire fewer lawyers than you need to in order to have a high concentration ratio. This leads to a paradox.