Answer:
Explanation:
1.
Direct labour hours work during the period:
Product S=72,400 units×1 hour=72,400 hours
Product W=18,100 units × 3 hours=54,300 hours
Total labour hours=126,700 hour
Predetermined overhead rate=$958,396/126,700 =7.56 per hour
2.
Unit product cost of S = Direct Material cost + Direct labour cost + Overhead = 12+16+7.56*1 = $35.56
Unit product cost of W = Direct Material cost + Direct labour cost + Overhead = 34+13+7.56*3 = $69.68
Answer:
A. A balance sheet shows the total assets, liabilities, and owner's
equity at the end of the period
Explanation:
As we know that
The income statement recognized only the income earned and expenses incurred of an organization
While on the other hand the balance sheet shows the financial position, profitability of the company. It involves assets, liabilities and stockholder equity
So according to the given options, the option A is correct
hence, the rest of the options would be incorrect
Answer:
Explanation:
Pretax cost of debt is the annual rate(YTM) of the bond. Using a financial calculator, input the following to calculate it;
N = 5*2 = 10
PV = -(95% *10,000,000) = -9,500,000
Coupon PMT = (6%/2)*10,000,000 = 300,000
FV = 10,000,000
then compute semiannual rate; CPT I/Y = 3.604%
convert to annual rate = 3.604*2 = 7.21%(this is the pretax cost of debt)
After tax cost of debt is calculated because interest payable on debt has tax shield. The formula is as follows;
Aftertax cost of debt = pretax cost of debt (1-tax)
AT cost of debt = 7.21% (1-0.40)
AT cost of debt = 4.33%
Answer:
Increase in Cash is $3,500
Net cash flow from operations $143,310
Net cash flow from investing activities $4,500
Net cash flow from Financing activities -$135,310
Explanation:
Please refer to the attached for detailed prssentation
Answer:
A. That's the point where total revenue is maximized
Explanation:
Demand Curve is a downward sloping curve representing inverse relationship between price & quantity demanded.
Elasticity of Demand is the responsiveness of quantity demanded to price change. It can be measured geometrically on a demand curve point by :
Demand curve segment below the point / Demand curve segment above the point.
This way the elasticity keeps on decreasing as we move downwards on the demand curve [Ed=∞ to Ed >1 to Ed = 1 to Ed < 1 to Ed = 0] i.e [from perfectly elastic to elastic to unitary elastic to inelastic to perfectly inelastic demand].
If Demand is Elastic [Ed >1] : There is negative relationship between price and Total Revenue. This point is on the upper segment of demand curve as per geometric method, P- TR negative relationship implies that TR can be increased by decreasing Price.
If Demand is Inelastic [Ed <1] : There is positive relationship between price &total revenue. This point is on the lower segment of demand curve as per geometric method, P-TR positive relationship implies that TR can be increased by increasing price.
So: The best Total Revenue Maximising point is on the middle of demand curve where demand is unitary elastic [Ed=1] - as any other deviation from this point would create an incentive to change price to generate higher revenue.
