The initial weight is given by:

Then, we add a second weight:

Finally, we add a third weight:

Adding the three added weights, we can find the total weight.
We have then:

The total weight is:
Answer:
eddie now has
ounces on his line
Based on the setup costs, the steady annual demand, and the costs to store, the number of cases to produce to minimize cost is 528 units .
<h3>How many cases should be produced to minimize cost?</h3>
This can be found by using the Economic Order Quantity.
= √ ( (2 x Setup costs x annual demand) / holding costs for the year)
Solving gives:
= √ ( ( 2 x 33 x 38,016) / 9)
= √278,784
= 528 units
Find out the economic order quantity at brainly.com/question/26814787.
#SPJ1
Hi Brainiac
1/2(2x-6) = -6
We need to distribute
(1/2)(2x) + (1/2)(-6) = -6
2x/2 + -6/2 = -6
x - 3 = -6
x = -6 + 3
x = -3
Thus, The answer is D
I apologize for the late answer :(
Answer:
If x is the total number of bass in the lake we can write the following proportion: 176 / x = 13 / 91. 13 / 91 simplifies to 1 / 7 so the proportion becomes 176 / x = 1 / 7. Using the Cross Products Property this becomes x = 1232.
<h3>plz mark me as brainliest as I have solve all the questions for you </h3>