The systematic risk principle states that the expected return on a risky asset depends only on the asset’s <u>market </u>risk.
<h3>What are
systematic risk principles?</h3>
According to the systemic risk concept, the expected return on an asset is solely determined by its systematic risk. As a result, regardless of how much overall risk an asset carries, just the systematic part is significant in estimating the expected return (including risk premium) on such asset.
Market risk is a kind of systematic risk that affects the entire market. Because it cannot be diversified and distributed, the investor is compensated for it.
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The Speedy Trial Act of 1974 allows for the dismissal of charges when the prosecution does not seek indictment in 30 days of arrest, or within 70 days after indictment when a trial does not begin. The act has time limits for the completion of different stages of a federal criminal prosecution.
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Answer:
A. $33,200
B. $35,000
Explanation:
A. Computation for 2018 cash-basis net income
2018 cash-basis net income = $106,000 - $73,800
2018 cash-basis net income= $33,200
Therefore 2018 cash-basis net income is $33,200
(b) Computation for 2018 accrual-basis net income
2018 accrual-basis net income = ($106,000 - $24,200 + $39,400) - ( $73,800 - $29,100 + $41,500))
2018 accrual-basis net income= $121,200 - $86,200
2018 accrual-basis net income= $35,000
Therefore 2018 accrual-basis net income is $35,000
Answer:
In order to find the present value of the bond we have to calculate the present value of investment A and subtract is from 1529. We can find the present value of A by discounting all its cash flows.
As the first cash flow is received today and the last will be received 3 years form now there will be a total of 4 cash flows
1) 218.19 (Will not be discounted as we are receiving it today in the present)
2) 218.19/1.0987 (Discount by 1 year as cash will be received in 1 year)
3) 218.19/1.0987^2 (Discount by 2 years as cash will be received in 2 years)
4) 218.19/ 1.0987^3 (Discount by 3 years as cash will be received in 3 years)
= 218.19 + 198.58 + 180.74+ 164.51 = 762.02
PV of Bond = 1529-762.09= 766.91
Semi annual coupons mean 2 payments a year. Bond B matures in 23 years which means a total of 46 payments (23*2). N=46. A coupon rate of 6.4 percent means that the bond pays $64 (0.064*1000) each year. $64 divided by 2 is 32 which is the amount of each semi annual payment Arjen receives. Pv= 766.91 FV = 1000
In a financial calculator put
PV= -766.91
N= 46
FV=1000
PMT= 32
and compute I
I is 4.38 and we will multiply it by 2 because the payments are semi annual. So we will get an I of 8.76
YTM= 0.0876
Explanation:
Answer:
11,513
Explanation:
Data provided in the question:
Initial bacteria = 200
Growth rate r(t) = 
Now,
Total growth after 3 hours = 
or
Total growth after 3 hours = 
or
Total growth after 3 hours =![450.268[\frac{e^{1.12567t}}{1.12567}]^3_0](https://tex.z-dn.net/?f=450.268%5B%5Cfrac%7Be%5E%7B1.12567t%7D%7D%7B1.12567%7D%5D%5E3_0)
[ ∵ 
]
Thus,
Total growth after 3 hours = 400 × ![[{e^{1.12567t}]^3_0](https://tex.z-dn.net/?f=%5B%7Be%5E%7B1.12567t%7D%5D%5E3_0)
or
Total growth after 3 hours = 400 × ![[{e^{1.12567(3)}-e^{1.12567(0)}]](https://tex.z-dn.net/?f=%5B%7Be%5E%7B1.12567%283%29%7D-e%5E%7B1.12567%280%29%7D%5D)
or
Total growth after 3 hours ≈ 11313
Hence,
Total bacteria after 3 hours = Initial bacteria + Total growth after 3 hours
= 200 + 11313
= 11,513
