Do any of the points below fall on the linear equation shown. show work

You are given three points.  Each point consists of an abscissa (x-value) and an ordinate (y-value).  One by one, take the abscissas and insert them into the given formula to produce a y value.  Then, compare this calculated y-value to the ordinate given.  

Example:  Determine whether (2,0) lies on the graph of the given line.

Subst. 2 for x:  y = (9/5)(2-273) + 32 = -455.8.  This is not equal to the given ordinate (0), so NO, (2,0) does NOT lie on the graph of the given function.

  see the attachment

Step-by-step explanation:

It helps to follow along the proof and consider how you get from here to there.

In the 5th line, we have a sum in symbols.

In the 7th line, we have an expression with a number on the right side, and a statement that says we got there by subtraction.

Then we expect line 6 to have a sum with numbers whose difference is 40°. (That eliminates the 3rd and 4th choices.)

The way you get from an expression with symbols to an expression with numbers is to make a substitution of numbers for symbols. Hence the appropriate choice is the one shown below.