Answer:
After 44year at interest rate of 6%
You will have $12,985.5 in your account
Explanation
Step one
Applying the compound interest formula we have A = P (1 + r/n)^nt
A = Final amount
r= nominal annual interest rate in percentage terms,
and n = number of compounding period
Where P = Principal
t= time in years
Given p=$1,000
n=44
r=6%
Step two
Inserting our given information
A=$1000 [(1 + 0.06/1)^44*1]
A=$1000 [(1.06)^44*1]
A=$1000*12.9854819127
A=$12,985.5
Answer:
Holding other factors constant, a stock portfolio has more volatility when its individual stock volatilities are high and its individual stock returns have high correlations.
Explanation:
In Modern Portfolio Theory (MPT), the individual behavior of each investment is viewed and evaluated based on how it affects the overall portfolio's risk and return. For this particular case, all <em>individual stock volatilities</em> are <u>high</u>, which means the <em>overall portfolio volatility</em> is <u>high</u> as there is no <em>diversification</em>. Adding to that, having <em>highly correlated</em> stock return increases the volatility of the portfolio even more, as there is a higher chance of them all declining at once.
Radiologists have been dictating their patient reports over the years and transcriptionists used to figure out what they are saying. As the healthcare system progresses, technology like EHRs and speech recognition are turning difficulties during the transcription phase into serious challenges. As still many radiologists are dictating and self-editing their reports, there is still significant transcription activity.
A I believe is the answer. Hope it helps and I am sorry if it is wrong.
Answer: "fixed cost" .
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(such as "monthly rent" in an apartment lease).
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