Answer:
Price of the bond is $1,757
Explanation:
Coupon payment = 2000 x 6.4% = $128 annually
Number of periods = n = 20 years
Yield to maturity = 7.6% annually
Price of bond is the present value of future cash flows, to calculate Price of the bond use following formula
Price of the Bond = C x [ ( 1 - ( 1 + r )^-n ) / r ] + [ F / ( 1 + r )^n ]
Price of the Bond = $128 x [ ( 1 - ( 1 + 7.6% )^-20 ) / 7.6% ] + [ 2,000 / ( 1 + 7.6% )^20 ]
Price of the Bond = $128 x [ ( 1 - ( 1.076 )^-20 ) / 0.076 ] + [ 2,000 / ( 1.076 )^20 ]
Price of the Bond = $1295.03 + $462.15
Price of the Bond = $1,757.18
Find a convenient and reasonable unit of measurement to use, then divide the cost of the package by the number of units chosen in that package.
Answer:
a. Revenue = $23,660
b. Revenue = $40,837.50
Explanation:
a) Data and Calculations:
Minimum number of chairs to be sold under the deal = 260
Price at minimum number of chairs (260) = $91
Maximum number of chairs to be sold under the deal = 450
Discount offered for quantity above 260 = $0.25 per chair on the entire order
Price at maximum number (or just above 260 chairs) = $90.75 ($91 - $0.25)
Minimum revenue to be made under this deal = $23,660 (260 * $91)
Maximum revenue to be made under this deal = $40,837.50 (450 * $90.75)
Answer:
if n=1 (monopoly) we have 
if n goes to infinity (approaching competitive level), we get the competition quantity that would be 
Explanation:
In the case of a homogeneous-good Cournot model we have that firm i will solve the following profit maximizing problem
from the FPC we have that
since all firms are homogeneous this means that 
then 
the industry output is then
if n=1 (monopoly) we have
if n goes to infinity (approaching competitive level), we get the competition quantity that would be
