Answer:
When the bond is sale at premium, it means the market rate is lower than coupon rate. So investor purchase the bond a higher price until the bond yield equal the market rate
If sold at discount, the market rate is higher than coupon rate. This means it's sold below face value to increase the bond yield to market rate.
YTM if market price is 887 = 10.7366190%
YTM if market price is 1,134.2= 7.1764596%
Explanation:
For the YTM we can calculate an estimated using the following formula:
Where:
C= coupon payment 1,000 x 9% = 90
F= face value of the bonds = 1000
P= market price = 887
n= years to maturity = 10
YTM = 10.7366190%
C= 90
F= 1000
P= 1134.2
n= 10
YTM = 7.1764596%
A more precise answer can be achieve using excle or a financial calculator.
Annual Compound Formula is:
A = P( 1 + r/n) ^nt
Where:
A is the future value of the investment
P is the principal investment
r is the annual interest rate
<span>n is the number of
interest compounded per year</span>
t is the number of years the money is invested
So for the given problem:
P = $10,000
r = 0.0396
n = 2 since it is semi-annual
t = 2 years
Solution:
A = P( 1 + r/n) ^nt
A = $10,000 ( 1 + 0.0396/2) ^ (2)(2)
A = $10000 (1.00815834432633616)
A = $10,815.83 is the amount after two years
Answer: Storming stage
Explanation: In simple words, it refers to the stage in which conflict between members of a group starts happening due to arise of individual personalities. This is last and most crucial stage of team development process.
In this stage the performance of team starts declining due to lack of harmony and trust among the members of the team. In the given case, Roger's team has been facing conflict over the controlling issues ,hence, we can conclude that they are at storming stage of development.
Explanation:
The computation is shown below:
Material Cost per unit = Total Material Cost ÷ Equivalent units of production
= $35,500 ÷ 10,000 units
= $3.55
Conversion Cost per unit = Total conversion cost ÷ Equivalent units of production
= $54,000 ÷ 12,000 units
= $4.5
Total Manufacturing cost per unit = Material cost per unit + conversion cost per unit
= 3.55 + 4.5
= $8.05
Answer:
Variable cost per unit= $7.2 per unit
Explanation:
Giving the following information:
Month Total Maintenance Costs Total Machine Hours
January: $2,590 - 330
February: $2,890 - 380
March: $3,490 - 530
April: $4,390 - 660
May: $3,090 - 530
June: $5,470 - 730
To calculate the variable cost under the high-low method, we need to use the following formula:
Variable cost per unit= (Highest activity cost - Lowest activity cost)/ (Highest activity units - Lowest activity units)
Variable cost per unit= (5,470 - 2,590) / (730 - 330)
Variable cost per unit= $7.2 per unit
