Answer:
B. the weighted average time to maturity of the bond's cash flows
Explanation:
t = time to maturity
r = required return
C = coupon payment
M = maturity
V = market value
Frm the duration formula we can notice there is a weighted average as there is a sum of the coupon payment which is latter divide over the bonds market value
Answer:
c.$14,060
Explanation:
I hope my answer is correct
Answer: B) The price for admission to a national park can be increased during peak times to limit overuse of the park.
Explanation:
In line with the rules of Supply and Demand, if a resource is in high demand, there should be a higher price associated with it to reflect its relative scarcity in relation to demand. If a resource is being overutilized (in demand) therefore, it would make sense that it gets a higher price.
This is the case with the national park during peak times. At this time there are quite a lot of people in it and this means that it is being overused. In such times, the entrance fee should increase to reflect that the demand is quite high and to limit the overuse of the park.
Answer:
Finish the workflow for receiving payments and making bill payments
Answer:
5.75%
Explanation:
The computation of the yield on a bond with three years to maturity is shown below:
Given that
Yield on a one-year bond is 3%
The expected yield on one-year bonds for the next two years is 5% and 4%
And, the liquidity premium is 1.75%
So, the yield on a bond with three years to maturity is
= (3% + 5% + 4%) ÷ 3 years + 1.75%
= 4% + 1.75%
= 5.75%