The real GDP in year 1 (quantities in year 1 times prices in year 1) is equal to$100,000.The real GDP in year 2 is calculated by multiplying the output produced in this specific year times the prices at which the products sold on average in year 1.The real GDP in year 2 is also equal to $100,000.Although prices increased from $100 in year 1 to $110 in year 2, the total amount of output <span>produced did not change and real GDP should be equal for these two years</span>
Answer: The statement "A. The units in beginning inventory plus the units transferred out during the month should equal the units in the ending inventory plus the units transferred in during the month." is <u>FALSE.</u>
Explanation: The units in beginning inventory plus the units<u> </u><u>transferred in</u> during the month <u>MUST be equal</u> the units in the ending inventory plus the units <u>transferred out during</u> the month.
Answer and Explanation:
Let us assume the following things
x = dogwood inventory percentage
and, (50,000 - x) = red maple tree inventory percentage
And, the amount of profit is
= $50,000 × 0.20
= $10,000
Now the equation would be
0.28x + 0.18 × ($50,000 - x) = $10,000
0.28x + $9,000 - 0.18x = $10,000
0.10x = 1,000
x = 10,000 = dogwood
So, the red maple would be
= 50,000 - 10,000
= 40,000
Answer:
The answer is letter A, True.
Explanation:
In order to understand the answer better, let's get to know what a bullwhip effect is in a supply chain.
Supply Chain- this is defined as a network of all the individuals, organizations,resources, technology and activities involved in the creation and sale of a product. This starts from the delivery of the source materials from the supplier to the manufacturer up to the delivery to the end user.
Bullwhip effect- <em>this is considered to be a phenomenon of variability magnification. </em>The view moves from the customer to the producer of the supply chain. Thus, the answer is letter A.
<u>Additional Information</u>
The bullwhip effect occurs when the <em>changes in consumer demands cause the companies to order more goods to meet the new demand.</em> This affects the expectations around it, causing a domino effect along the supply chain.
This effect can be prevented by having a clear communication between suppliers and customers. This will allow suppliers to prevent the occurrence of increase cost that will affect the overall supply chain.
The absolute value of the price elasticity of demand is -3.5 based on the information shown in the question above. This problem can be solved using the elasticity formula which stated as Ed = ((Q1-Q0)/Q0)% / ((P1-P0)/P0)%. In this formula, Ed is the elasticity of demand, Q1 is the current quantity, Q0 is the previous quantity, P1 is the current price, and P0 is the previous price (Calculation: -3.5 = ((600-400)/400)% / ((1.5-1.75)/1.5)%)<span>.</span>