Answer:
Standard direct material cost= $306,000
Explanation:
Giving the following information:
Cullumber Products plans to produce 10,200 units in January. Each unit requires 6 pounds of plastic, which costs $5 per pound.
<u>First, we need to calculate the standard pounds needed:</u>
Standard pounds of plastic= 10,200*6= 61,200 pounds
<u>Now, the standard cost:</u>
Standard direct material cost= 61,200*5
Standard direct material cost= $306,000
Answer:
Total Deposits = $4937.5 billion
Explanation:
given data
currently in reserves = $400 billion
reserve requirement = 8 percent
reserves amount = $5 billion
solution
first we get here Minimum Required Reserves that is express as
Minimum Required Reserves = Current Reserves - Excess Reserves .........................1
put here value we get
Minimum Required Reserves = $400 billion - $5 billion
Minimum Required Reserves = $395 billion
and
Total Deposits is express as
Total Deposits = 
......................2
Total Deposits = 
Total Deposits = $4937.5 billion
Answer:
Total Cost is the cost that is fixed and does not vary directly with the level of output. According to this question typesetting, printing, editing, reviews, promotion, and advertising are fixed costs. The total fixed cost here is $100000.
Total Variable Cost is the costs that vary directly with the level of output. Variable costs are incurred on variable factors. The Total Variable Cost here is $49000.
Marginal cost is addition to the total cost when one more unit of output is produced.
<u>EQUATIONS
</u>
TC = 100000 + 4.9Q
ATC = 100000 + 4.9Q / Q
AVQ = 4.9Q / Q
MC = Change in Total Cost / Change in Quantity = 4.9
<u>GRAPH</u>
Is attached as picture.
Conclusion: The AVC and MC both are equal to 4.9.
Answer:
EBITDA margin is 55.58%
Explanation:
EBITDA margin is computed as;
= EBITDA / Total revenue
Where,
EBITDA = Earnings before interest and taxes + depreciation + amortization
EBITDA margin = ($18,112 + $5,000 + $1,422) / $44,140
EBITDA margin = $24,534 / $44,140
EBITDA margin = 55.58%
Answer:
A zero coupon bond:
A. is sold at a large premium.
B. has a price equal to the future value of the face amount given a positive rate of return.
C. can only be issued by the U.S. Treasury.
D. has less interest rate risk than a comparable coupon bond.
E. has a market price that is computed using semiannual compounding of interest.
Answer is : B
Explanation:
In classification of bonds we have a unique type of bond known as Zero-coupon bonds also know as Pure discount bonds, unlike traditional bonds they don’t pay coupon instead they are sold on discount basis and on maturity the bondholder receive a par value, for this reason the price will be at a discount on sale and on maturity be redeemed at par price showing a positive rate of return.
