Answer:
- one aisle: 1635 canned goods
- two aisles: 3270 canned goods
Step-by-step explanation:
We have to assume each shelf holds the same number of canned goods, and that each aisle does, too.
If 1 shelf holds 109, then 2 shelves hold 109 +109 = 218. We can keep adding 109 until we find the number for 15 shelves. It is easier to multiply:
(15 shelves)(109 canned goods/shelf) = 15·109 canned goods
= 1635 canned goods . . . . in one aisle of 15 shelves
__
We can add the capacity of the second aisle (or multiply by 2, whichever is easier) to find the number of canned goods in 2 aisles:
(1635 canned goods/aisle)(2 aisles) = 1635·2 canned goods
= 3270 canned goods . . . . in two aisles
Answer:
the answer is this hope it helps
I would say B is the correct answer because of the Pythagorean theorem.
a^2 + b^2 = c^2
XY^2 + YZ^2 = ZX^2
12^2 + 16^2 = 20^2
144 + 256 = 400
My best guess is B.
Hope this helps =)
25-x=15-(3x+10)
25-x=15-3x-10
25-x=15-10-3x
25-x=5-3x
25-5-x=5-5-3x
20-x=-3x
20-x+x=-3x+x
20=-2x
20/-2=-2/-2x
-10=x
Only one solution for this equation.