Kate can travel 41.33 miles without exceeding her limit. This problem can be solved by using y = 2.25x + 7 linear equation with the "y" variable as the total cost that Kate must pay after she has traveled with the cab and the "x" variable as Kate's traveling distance. The equation has 7 for its constant value which is the $7 flat rate. We will find 41.33 miles as the traveling distance if we substituted the total cost with 100, which is the maximum amount that can be paid by Kate for the traveling purpose.
Answer:
all i can tell you is that
Step-by-step explanation:
2 5 and 6 you can do anything with it and y the same to say they give you this answer
Let's simplify step-by-step.
y6−x2+35−6
=y6−x2+29
and if i helped can you mark me brainlylile sorry can spell lol
Answer:
its FALSE
Step-by-step explanation:
NONE
Answer:
2 1/2 rolls
Step-by-step explanation:
rolls : walls = (1/2) : (1/10) = ? : (1/2) = 5/2 : 1/2 (multiply by 5, since 1/2 = 5/10)
It takes 5/2 rolls = 2 1/2 rolls to cover half the wall.
