Answer:
Each should be used as follows:
Weight of peppermints = X = 25 lb
Weight of Chocolates = Y = 15 lb
Explanation:
Suppose
Weight of peppermints = X
Weight of Chocolates = Y
So According to given condition
X + Y = 40 (Eq. 1)
1.2X + 2.4Y = 1.65*40
1.2X + 2.4Y = 66 (Eq. 2)
By multiplying (Eq. 1) with 1.2 we get
1.2X + 1.2Y = 48 (Eq. 3)
Now by subtracting (Eq. 2) from (Eq. 3)
(1.2X + 1.2Y) - (1.2X + 2.4Y) = 48 - 66
1.2X + 1.2Y - 1.2X - 2.4Y = -18
1.2X - 1.2X + 1.2Y - 2.4Y = -18 (Rearrange)
-1.2Y = -18
1.2Y = 18
Y = 18/1.2
Y = 15
By placing value of Y in (Eq. 1)
X + 15 = 40
X = 40 - 15
X = 25
<u>Check</u>
1.2X + 2.4Y = 66
1.2 (25) + 2.4 (15) = 66
66 = 66
Either B or D. A and C do not make sense. I think it is B, but i do not know
Answer:
B. Fewer workers will be needed.
Explanation:
Elastic demand refers to a flexible demand. It is a demand that can increases or decreases due to several factors. If demand is not elastic, it implies it is constant. An increase or decrease in output or price will not affect the quantity demanded.
An increase in productivity means an increase in output per worker. It is the increase in the number of units produced, per hour, per worker. An increase in productivity results in more output in a given period than previously.
If the demand is constant and there is an increase in productivity, only a few workers will be required. The output from the few workers will be high to meet the constant demand.
True because the cost economics is an economic model that includes the cost of negative
Answer:
The answer is 5000 future contracts
Explanation:
Solution
Given that:
Royal Dutch buys ethanol fuel from Brazilian energy company
Nowm,
The Required coverage = 500,000,000
The BRL/USD futures contract size = 100,000
Number of contracts required = 500,000,000/100,000
So,
= 500,000,000/100,000 = 5000
Therefore, the optimal number of BRL/USD futures contracts for Shell to take to receive the entire amount of Real at delivery is 5000