Suppose that production of 1 unit of mining requires 33/77 unit of mining, 22/77 unit of manufacturing, and 22/77 unit of c
ommunication. to produce 1 unit of manufacturing requires 55/77 unit of mining, 11/77 unit of manufacturing, and 11/77 unit of communication. to produce 1 unit of communication requires 0 units of mining, 11/77 unit of manufacturing, and 66/77 unit of communication. find the ratio of the three commodities in the closed model.
Since there are three varieties of ratio's, then there is a specific answer for each. For the first example, the ratio is written as:
33/77:22/77:22/77 To find the integer ratio, divide all numbers with the smallest value, 22/77. The ratio becomes: 1.5:1:1
For the second example, 55/77:11/77:11/77 To find the integer ratio, divide all numbers with the smallest value, 11/77. The ratio becomes: 5:1:1
For the third example, 0:11/77:66/77 For this, exclude the ratio for mining because if you use this as the value, then all the numbers would be zero. Instead, divide using 11/77. The ratio becomes: 6:1.
<span>The correct answer for this question is that Alice Correa will have spent $6.07 on the cloth overall. This can be worked out through first considering what 5% of the original price will be, so $5.79 / 100 = 0.0579 x 5 = $0.28, so $5.79 + $0.28 = $6.07</span>
6 blue pencils and 3 red pencils means 9 total pencils. So the probability of pulling out ONE blue pencil would be 6/9 or about 67 percent. TWO blue pencils would be HALF of that. So 6/9 * 1/2 which is 6/18 or 1/3 or about 33 percent.
