<span>In the swim-lane format of a business process model, all activities for a role are included in that role's swim-lane.
The swim lane is used to show flow diagrams or charts that list out the responsibilities of a business and its employees. These lanes can be arranged horizontally or vertically. Think of them as lap swim lanes in a pool, that helps keep the business roles in line. </span>
Answer:
January Overheads are <u>under-applied</u> by $2,000.
Explanation:
When,
Actual overheads > Applied overheads we say overheads are under-applied.
Actual overheads < Applied overheads we say overheads are over-applied.
Where,
Applied overheads = Predetermined overhead rate × Actual Activity
Therefore,
Applied overheads (January) = 120% × $40,000
= $48,000
Actual overheads (January) = $50,000.
Conclusion
It can be seen that from the above : Actual overheads : $50,000 > Applied overhead : $48,000, therefore overheads were under-applied.
Amount of under-applied overheads = $50,000 - $48,000
= $2,000
When the YTM is lower than the bond's coupon rate, the bond's market value exceeds its par value (premium bond). Bonds are selling at a discount if their coupon rate is smaller than their YTM. A bond is trading at par if its coupon rate is equal to its yield to maturity (YTM).
<h3>What is the cost of a $1,000 par value, three year, zero-coupon bond?</h3>
(a) A three-year zero-coupon bond with a face value of $1,000 would have a present value (or price) of 874.69 with a yield of 4.564 percent.
<h3>What is the yield to maturity on a discount bond with a $1000 face value that will mature in a year and sell for $800?</h3>
The yield to maturity is determined using the following formula with the current price of $800: 800 = 1000 / (yield to maturity plus one) Yield to maturity Equals 1 plus yield. Yield until maturity equals 25%
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