Umm I'd have to say c or d
The systematic response coefficient from inflation, would result in a change in any security return of <u>3.2 βI</u>.
<u>Explanation</u>:
<em><u>Given</u></em>:
Expected rate of inflation = 3%
Actual rate of inflation = 6.2%
The change in security return can be calculated by obtaining the differences between actual and expected levels of inflation.
Change in security return= Actual rate of inflation- Expected rate of inflation
= 6.2%-3%
= 3.2%
<u>Change in security return= 3.2 βI
</u>
<u></u>
The second deal focused on social welfare to ease the problem brought by the great depression. The goals were: social securities for retirement, employment for those who are unemployed; health services, housing for illegal settlers and improvement on national resources.
Answer:
The correct option is E,Ted's annuity has a higher present value than Allison's
Explanation:
Both annuities do not have equal amount today as $1000 received today is higher in value terms than $1000 receivable in a month's time since cash receivable earlier is much more valued than the one receivable later.
Ted's annuity is an annuity due not an ordinary annuity
Allison's annuity is an ordinary annuity not annuity due
Allison's annuity has a lower present value than Ted's and not the other way round.
The only correct statement is option E,since Ted is expected to receive $1000 today, his annuity has a higher present value compared to Allison's
Answer:
1.60 percent
Explanation:
exact real rate of return on this investment = interest rate - inflation rate
total revenue gotten by Christina = ( 500 × $ 64.25) + $ 738 = $ 32863
total money invested = 500 × $ 62.30 = $ 31150
her profit = $ 32863 - $ 31150 = $ 1713
interest = $ 1713 / $ 31150 = 0.054992 × 100 = 5.4992 %
exact interest rate = 5.4992 % - 3.9% = 1.5992 approx 1.60 percent