Answer:
Direct material quantity variance= $6,300 unfavorable
Explanation:
Giving the following information:
Direct materials 2 grams $7.00 per gram
The company produced 4,600 units in January using 10,100 grams of direct material.
<u>To calculate the direct material quantity variance, we need to use the following formula:</u>
Direct material quantity variance= (standard quantity - actual quantity)*standard price
Direct material quantity variance= (2*4,600 - 10,100)*7
Direct material quantity variance= $6,300 unfavorable
Answer:
The yield to call for this bond is 9.30%
Explanation:
Yield to call
The rate of return bondholders receives on a callable bond until the call date is called Yield to call.
Now use the following formula to calculate the Yield to call
Yield to Call = [ C + ( F - P ) / n ] / [ ( F + P ) / 2 ]
Where
F = Face value = $1,000 ( Assumed )
C = Coupon Payment = Face value x Coupon rate = $1,000 x 10.4% = $104
P = Call price of the bond = Face value + Call Premium = $1,000 + $75 = $1,075
n = Numbers of years to call = 10 years
Placing vlaues in the formula
Yield to Call = [ $104 + ( $1,000 - $1,075 ) / 10 years ] / [ ( $1,000 + $1,075 ) / 2 ]
Yield to Call = 0.0930
Yield to Call = 9.30%
Answer:
$21.44
Explanation:
Calculation for the cost per equivalent unit for materials for the month in the first processing department
First step
Units completed and transferred out $7,500
Ending inventory($800+$8,400-$7,500)*70% Ending inventory =1,700*70%
Ending inventory =$1,190
Equivalent units for Materials $8,690
($7,500+$1,190)
Total materials costs $186,300
Second step
Cost per equivalent unit for materials=Total materials costs÷ Equivalent units for Materials
Cost per Equivalent unit for Materials $186,300÷$8,690
Cost per Equivalent unit for Materials=$21.44
Therefore the cost per equivalent unit for materials for the month in the first processing department is closest to $21.44
Answer:
The difference between two securities is 0.89%.
Explanation:
Inflation premium for the next three and five years:
Inflation premium (3) = (1.6% + 3.05% + 3.85%) ÷ 3
= 2.83%
Inflation premium (5) = (1.6% + 3.05% + 3.85% + 3.85% + 3.85%) ÷ 5
= 3.24%
Real risk-free rate = 2.35%
Since default premium and liquidity premium are zero on treasury bonds, we can now solve for the maturity risk premium:
Three-year Treasury securities = Real risk-free rate + Inflation premium (3) + MRP(3)
6.80% = 2.35% + 2.83% + MRP(3)
MRP (3) = 1.62%
Similarly,
5-year Treasury securities = Real risk-free rate + Inflation premium (5) + MRP(5)
8.10% = 2.35% + 3.24% + MRP(3)
MRP (5) = 2.51%
Thus,
MRP5 - MRP3 = 2.51% - 1.62%
= 0.89%
Therefore, the difference between two securities is 0.89%.
Compared to a perfectly competitive firm, the demand schedule of a monopolistically competitive firm faces <u>downward-sloping demand curves</u>.
A monopolistic market is a theoretical situation that describes a marketplace in which only one agency might also provide products and services to the public. A monopolistic market is the other of a perfectly competitive marketplace, in which an endless variety of companies function.
Monopolistic opposition exists while many businesses offer competing products or services which might be similar, but not best, substitutes. The barriers to access in a monopolistic competitive industry are low, and the choices of anyone firm do now not directly have an effect on its competition.
A monopoly has management over the supply of the product but though it can are seeking to influence the demand, it does not have management over it. In truth, a monopoly has to make a preference. it may set the price, but then it has to just accept the extent of income, consumers is prepared to buy at that fee.
Learn more about monopoly here: brainly.com/question/13113415
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