Answer:
Results are below.
Explanation:
<u>To calculate the price of each bond, we need to use the following formula:</u>
Bond Price= cupon*{[1 - (1+i)^-n] / i} + [face value/(1+i)^n]
<u>Bond X:</u>
Coupon= (0.11/2)*1,000= $55
YTM= 0.09/2= 0.045
Years to maturiy= 11 years
Bond Price= 55*{[1 - (1.045^-11)] / 0.045} + [1,000/(1.045^11)]
Bond Price= 469.1 + 616.2
Bond Price= $1,085.3
<u>Bond Y:</u>
Coupon= (0.09/2)*1,000= $45
YTM= 0.11/2= 0.055
Years to maturiy= 11 years
Bond Price= 45*{[1 - (1.055^-11)] / 0.055} + [1,000/(1.045^11)]5
Bond Price= 364.16 + 554.91
Bond price= $919.07
read the resume
employers might do a reference check
see if the skills match the job requirements
some even do a credit check
some check grades/ test scores
needs to develop a set of skill requirements needed for a job
Answer:
the bad debt expense that reported in the income statement is $2,300
Explanation:
The computation of the bad debt expense that reported in the income statement is as follows;
= Total estimated uncollectible accounts - unused balance
= $3,200 - $900
= $2,300
Hence, the bad debt expense that reported in the income statement is $2,300
True, you can use a formula in Excel spreadsheet!
Answer:
The correct answer is option A.
Explanation:
A negative externality refers to the situation when the cost of production is borne by a third party which is not involved in the production process.
In case there is a negative externality present, the marginal social cost will be greater than the marginal private cost. The competitive price will be lower than the socially optimal price.
Since a third party partially bears the cost, the producer will be able to produce more than the optimal level. There will be a deadweight loss of social welfare.
