Answer:
A. The demand curve shifts to the left
Explanation:
Bread and butter are compliment goods. They offer the consumer a high utility when consumed together. An increase in demand for bread will increase the demand for butter. Changes in the price of bread will affect the demand for butter.
An increase in the price of bread leads to a decrease in demand. Reduction in bread demand means that butter consumption will decline as there will be less bread to apply butter. A decrease in demand will prompt the demand curve to shift inwards.
Answer:
Since there is not enough room here, I prepared the general ledger, the accounts receivable ledger and the schedule of accounts receivable in an excel spreadsheet (attached).
Explanation:
Answer:
D) None of these answers are correct
Explanation:
None of the answers are correct because the definiton of current liability is a debt or obligation that has to paid off before the fiscal year ends. In other words, current liabilities are by definition short-term obligations, and all the options in the question refer to long-term obligations.
Answer:
Answer is explained in the explanation section below.
Explanation:
Data Given:
Material Cost Per Trailer = $500
Material Cost plus Profit Per Trailer (15%) = $500 + 75 = $575
Selling Price = $1000
Labor Cost Remaining Per Trailer = $425
Formula to Calculate the number of Trailers:
X = X1 (
)
Where,
N = number of Trailers
S = Slope Parameter
X = $425
X1 = $700
So, First we need to find the slope parameter, in order to calculate the number of trailers to be built.
S = 
where, α = 0.85 rate of improvement.
Plugging in the values into the formula, we get:
S =
S = -0.234
Now, we can easily find the number of trailers.
X = X1 (
)
Plugging in the values,
425 = 700 x (
)
Solving For N, we get:
N = 8.4 Trailers
N = 9 Trailers.
Hence, 9 Trailers must be built in order to realize this rate of profit.
Answer:
option (D) $50 billion.
Explanation:
Data provided in the question:
Additional investment spending = $20 billion
MPC = 0.6
Now,
Increase in aggregate demand = [1 ÷ (1 - mpc) ] × Investment
or
Increase in aggregate demand = [1 ÷ (1 - 0.4) ] × $20 billion
or
Increase in aggregate demand = (1 ÷ 0.4) × $20 billion
or
Increase in aggregate demand = 2.5 × $20 billion
or
Increase in aggregate demand = $50 billion
Hence.
the correct answer is option (D) $50 billion.