a. 50 cents
Contribution margin per unit is price per unit- variable cost per unit
1.75 - ($50,000/40,000 units)
1.75 - 1.25 = $ .50
b. $8750
Margin of safety is the expected sales - break even sales
(45,000 units * $1.75 per unit) - (40,000 *1.75)
78,750 - 70,000 = $8750
Answer:
greater than both the current yield and the coupon rate.
Explanation:
A discount bond is a bond that at the point of issuance, it's less than its face or par value.
When a bond is trading for less than its face value in the market, it's known as a discount bond.
The yield to maturity on a discount bond is greater than both the current yield and the coupon rate. This simply means that the coupon rate is usually lower than the yield to maturity of the discount bond.
Additionally, the yield to maturity can be defined as the bond's total rate of return required by the secondary market while the coupon rate is defined as the annual interest of a bond divided by its face value.
For instance, when a bond is issued at a par or face value of $5,000, at maturity the investor would be paid $5,000. But because bonds are being sold before its maturity, it would trade below its face value.
Hence, a bond with the face value of $5,000 could trade for as low as $4,800, thus making it a discount bond.
Answer:
44,780 units
Explanation:
When a company uses the weighted average method in its process costing system, the beginning inventory nor the units transferred in are included in the calculations for equivalent units. Only units transferred out and ending inventory are use to calculate equivalent units:
equivalent units = units transferred out + (ending inventory x % of completion)}
equivalent units = 37,100 units + (9,600 units x 80%) = 37,100 units + 7,680 units = 44,780 units
D for sure is the correct answer
Answer:
PMT = $1875.00
Explanation:
The annuity refers to a series of fixed payments made after an equal interval of time and for a definite time period. The formula for the present value of annuity is,
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<u>For ordinary annuity</u>
PV of annuity = PMT * [(1 - (1+IN)^-n) / IN]
Plugging in the values for the available variables. We calculate the PMT to be,
14130.15 = PMT * [(1 - (1+0.08)^-12) / 0.08]
14130.15 = PMT * 7.536078017
14130.15 / 7.536078017 = PMT
PMT = $1875.000493 rounded off to $1875.00
