Number of cans donated the first week = 132
Number of cans donated the second week = 146
Number of cans donated the third week = c, where c is some positive number
Add up the three values (132, 146, and c) to get 132+146+c. I'm choosing not to simplify because each answer choice hasn't simplified either.
The expression of 132+146+c represents the total amount of cans donated for weeks 1 through 3. We want "at least 325 cans", so that means the expression is 325 or larger. That translates to this inequality

The "greater than or equal to" sign indicates we want that sum to be 325 or larger.
Now we solve for c




So the amount of cans donated for week three needs to be 47 or larger. If you collect exactly 47 cans for week three, then you meet the goal of 325 total cans. If you collect more than 47 cans for week three, then you exceed the goal of 325 total cans.
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In summary we have the inequality

which solves to

Meaning that
the answer is choice D
Answer:
124°
Step-by-step explanation:
This is an Isosceles triangle so the measure of the neighbouring corner to x is
(180 - 76) ÷ 2 = 56
Since x + 56 would be 180 the value of x is 180 - 56 = 124
The purchase price before tax is:

The answer is $210.
Plugging the numbers in (if the length is l, width is w, and height is h), we get 2*19.25*14.75+2*19.25*10.25+2*14.75*10.25=<span>1264.875 as our answer</span>