Answer:
Face Value of the Bond = 40000
Effective Interest = 4%
Coupon rate = 4%
Years to Maturity = 4
Quarterly Coupon rate = 1%
No. of compounding periods = 16
Present Value of Face (40000*.85282) $34,112.85
Present Value of Interest Payments (800*14.7179) <u>$5,887.15</u>
Total $40,000.00
Face Value of Bond <u>$40,000.00</u>
Initial Amount of Discount/(Premium) <u>$0.00 </u>
Note: As the bonds are issued at par, there is premium or discount.
Answer:
The minimum number of staffs that could be hired is 4
The optimal number of stuff is 6 and The total cost per hour is $114.14
Explanation:
Average arrival rate, λ = 190 per hour
Average service rate, μ = 1 in 1 minute = 60 per hour
The minimum number of servers required for a stable queuing system
= λ/μ
= 190/60
= 3.167
Therefore, The minimum number of staffs that could be hired is 4.
s P0 Lq Server cost per hour = s*18
4 0.029 2.210 72
5 0.039 0.483 90
6 0.041 0.137 108
Waiting cost per hour = Lq*45 Total cost per hour
99.44 171.44
21.72 111.72
6.14 114.14
The total cost is optimal for s = 6.
Therefore, The optimal number of stuff is 6 and The total cost per hour is $114.14
Answer: the correct answer is absorption costing.
Explanation: Absorption costing is a costing method that takes into account all costs related to manufacturing a particular product.
Answer:
The appropriate response is "Pure competition".
Explanation:
- Pure competition seems to be an economically efficient circumstance where there is already a massive quantity of international customers and retailers as well as the manufacturer would be ready for deployment.
- Even though both a significant quantity of products as well as extremely similar or defined consumer items seem to be characteristics of pure competition.
A monopoly is the best example of a company with substantial market power
