7. (Problem # 57, p. 53) When log y is graphed as a function of log x, a straight line results. Graph the straight line given by the following two points (x1, y1) = (4,2) (x2, Y2) = (8,8) on a log-log plot. The functional relationship between x and y is: y = (Note: The original x-y coordinates are given.) 2²=1 fi : Iamsuy

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Chapter1: Functions And Models
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7. (Problem # 57, p. 53)
When log y is graphed as a function of log x, a straight line results. Graph the straight line given
by the following two points
(x1, y₁) =(4,2)
(x2, y₂) = (8,8)
on a log-log plot. The functional relationship between x and y is: y =
(Note: The original x-y coordinates are given.)
118
= f
HOME
Transcribed Image Text:7. (Problem # 57, p. 53) When log y is graphed as a function of log x, a straight line results. Graph the straight line given by the following two points (x1, y₁) =(4,2) (x2, y₂) = (8,8) on a log-log plot. The functional relationship between x and y is: y = (Note: The original x-y coordinates are given.) 118 = f HOME
7. (Problem # 57, p. 53)
When log y is graphed as a function of log z, a straight line results. Graph the straight line given
by the following two points
(1,1)=(4,2)
(2, 3/2) = (8,8)
on a log-log plot. The functional relationship between z and y is: y =
(Note: The original z-y coordinates are given.)
JAY
Transcribed Image Text:7. (Problem # 57, p. 53) When log y is graphed as a function of log z, a straight line results. Graph the straight line given by the following two points (1,1)=(4,2) (2, 3/2) = (8,8) on a log-log plot. The functional relationship between z and y is: y = (Note: The original z-y coordinates are given.) JAY
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