The rule<span> says that to find the number of years required to double your money at a given interest rate, </span>you<span> just divide the interest rate into </span>72<span>. For example, if </span>you<span> want to know how long it will take to double your money at eight percent interest, divide 8 into </span>72<span> and get 9 years.</span>
Answer:
if YTM at 4% price : $2,902.1237
if YTM at 8% price : $1,788.0448
The bonds are above face value asthey offer a higher coupon payment than the market yield therefore the bond holders are willing to pay above theri face value
Explanation:
the market price of the bond will be the present value of coupo payment and maturity:
C 150.000
time 30
rate 0.04
PV $2,593.8050
Maturity 1,000.00
time 30.00
rate 0.04
PV 308.32
PV c $2,593.8050
PV m $308.3187
Total $2,902.1237
No we repeat the process with the yield at 8%
C 150.000
time 30
rate 0.08
PV $1,688.6675
Maturity 1,000.00
time 30.00
rate 0.08
PV 99.38
PV c $1,688.6675
PV m $99.3773
Total $1,788.0448
Due to its ease of accommodating an increase in production, the representative firm in monopolistic competition typically has excess capacity over time.
<h3>What will happen if a monopolistic, rival business raises its price?</h3>
However, customers have the option to purchase a comparable product from another company if a monopolistic rival increases its price. When a dominant rival raises prices, it will not lose as many clients as a business operating in perfect competition, but it will lose more clients than a monopoly.
<h3>Why does monopolistic competition have excess capacity?</h3>
Natural monopolies or monopolistic competition both have excess capacity as a feature. It could take place as a result of businesses having to make lumpy or indivisible investments to boost capacity as demand rises.
Learn more about monopolistic competition: brainly.com/question/28189773
#SPJ4
Answer: D. $90,518.40
Explanation:
They are putting a 20% down payment on the home which means they are paying 80%;
= 80% * 157,500
= $126,000
First find the monthly payments;
Present value = Payment * ((1 - (1 + r)^-n) / r)
n= 20 * 12 = 240 months
r = 6/12 = 0.5%
126,000 = Payment * (( 1 - ( 1 + 0.5%)⁻²⁴⁰) / 0.5%)
126,000 = Payment * 139.58077168292915831291691663652
Payment = 126,000/139.58077168292915831291691663652
Payment = $902.70313
They'll pay that for 240 months;
= 902.70313 * 240
= $216,648.7512
Interest = 216,648.7512 - 126,000
= $90,648.7512
= $90,648.75
<em>Closest answer is D. </em>
Answer: $1,305,000
Explanation:
Blue initially estimated that the goal would not be achieved so had not catered for the expense in the case that it would.
In 2022, when Blue estimates that the target will be reached, they will have to account for the expenses for the three years for the option because the options value is to be amortized over the period in question which is 4 years.
Options value = 290,000 * 6
= $1,740,000
Over 4 years:
= 1,740,000 / 4
= $435,000
Over the three years:
= 435,000 * 3
= $1,305,000
<em>Expenses will increase by 1,305,000 for the year. </em>
