56​​ 60​​ 55​​ 45​​ 39 ​​29​​ 31​​ 28 50​​ 33​​ 38​​ 32​​ 21​​ 25​​ 39​​ 29
28​​ 20​​ 24​​ 33​​ 45​​ 33​​ 29​​ 28
22​​ 31​​ 27​​ 26​​ 29​​ 40​​ 33​​ 32

N = 32
Case # 3

Q2 = mean (1/2n)th and (1/2n + 1)
16th and 17th

28 26
27 = 50% quartiles

The equation is y =6x-84.

Step-by-step explanation:

We need to find the equation of the line that is perpendicular to the given line and passes through the given point.

y = − 1/6x − 5; (14, 0)

Slope of required line

The equation of given line is in slope-intercept form.

Comparing it with general formula of slope-intercept form where m is slope and b is y-intercept. The slope of line m is: -1/6

So, the slope of required line that is perpendicular to given line is 6 because the equation of line that we need to find is perpendicular to the given line, so their slopes will be:

So, slope = 6

Finding y-intercept of required line

Using slope =6 and point (14,0) we can find y-intercept of required line by slope-intercept formula

Equation of required line:

The equation of required line having slope (m)= 6 and y-intercept (b)= -84 is:

The equation is y =6x-84.