At Hamburger Heaven, they use two buns for every hamburger. The following shows how the number of buns, y, changes as the number of hamburgers, x, changes.
Which equation shows this relationship?
A.
y + 2 = x
B.
y = x + 2
C.
2y = x
D.
y = 2x
point starts from 0 all the way to 10 on y and middle of 5 and 6 on x
5 answers
Without additional information, it is not possible to determine which equation shows this relationship. The given graph only shows a set of coordinates and does not provide enough data to determine the equation.
numbers for x are 1 2 3 4 5 6 7 8 9 10 from left to right and numbers for y are the same but it starts from the bottom to the top 10 is the top
Based on the given information, we can see that as the number of hamburgers (x) increases by 1, the number of buns (y) increases by 2.
Therefore, the equation that shows this relationship is:
D. y = 2x
Therefore, the equation that shows this relationship is:
D. y = 2x
A pen company wants to put two extra pens in every package of pens. The following shows how the new number of pens in a package, y, changes as the original number of pens in a package, x, changes.
Which equation shows this relationship?
A.
y + 2 = x
B.
y = 2x
C.
y = x + 2
D.
2y = x
starts from 2 on y and goes to 10 on y numbers are 1-10 from bottom to top 10 being at the top for y and for x 1-10 left to right last number on right is 10
Which equation shows this relationship?
A.
y + 2 = x
B.
y = 2x
C.
y = x + 2
D.
2y = x
starts from 2 on y and goes to 10 on y numbers are 1-10 from bottom to top 10 being at the top for y and for x 1-10 left to right last number on right is 10
Based on the given information, we can see that the new number of pens in a package (y) is equal to the original number of pens in a package (x) plus two.
Therefore, the equation that shows this relationship is:
C. y = x + 2
Therefore, the equation that shows this relationship is:
C. y = x + 2
3 answers