Average Rounded Values of the BAC level for people of different weights.

A linear edict is defined as a numeric accountability in which the variables appear tho in the low degree, are multiplied by constants, and are have only by addition and subtraction. A linear pretendula would be written as y=mx+b. The sets of entropy I go out be determining linear or not are based upon the average round values for job alcohol concentration (BAC) for people of diverse weights, according to how many an(prenominal) drinks they have consumed. In this case the BAC is dependent of the amount of drinks one has guzzled down. (All my work for these problems are on a separate bed sheet of paper.) When examining the data for BAC for a one hundred twenty pound person, I inst all the data to be linear. To let on this I represent the slant (rate of deviate) to see if is it consistent amid all solutions of the formula. Slope is found by M(slope)=change in y divided by change in x. I tried and true a a few(prenominal) points from the table and found t hat the rate of change was the same between each set of data. This slope is .031; significance after(prenominal)(prenominal) every(prenominal) drink there is a .031 increase in a 120 pound person BAC. A reasonable cheer for this model is all 0-.435. Because you cant have a BAC of negative, you go forth function out with zip fastener drinks and a zero BAC. The Domain will be 0-14. If you have a zero BAC level, than you have had zero drinks, and in this case the domain is up until fourteen drinks because after fourteen drinks you are repelting into dangerous levels. After finding the slope, I can now figure out the equation. Because it is linear, I know that the equation will be in the form of y=mx+b. The slope is the m (.031) and the... If you want to get a full essay, order it on our website: OrderEssay.net

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