The Yanos Company found that the prior year's tax liabilities had been handled incorrectly after reviewing their books. They'll now have to make accounting adjustments. An example of modifications brought on by an error is this.
A person who is able to adjust to changes in their physical, occupational, and social environment is said to be in a state of adjustment. Adjustment, then, is the behavioral process of balancing opposing demands or needs that are hampered by environmental challenges. Both people and animals regularly adapt to their surroundings. For instance, they eat to sate their hunger when it is triggered by their physiological state, which allows them to respond to the hunger stimuli. An failure to respond normally to a need or stress in the environment is a sign of adjustment disorder.
To have a life of high quality, adjustment must be successful. People who have trouble adjusting are more prone to experience clinical anxiety.
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A=p(1+rt)
A=future value
P=present value
R=interest rate
T=time
If you want to find present value
P=A/(1+rt)
If you want to find interest rate
R=[(A/p)-1]divided by t
Finally if you want to find time
T=[(A/p)-1]divided by r
Answer:
The Mean return = 0.8*16.5% + 0.2*-11.6%
The Mean return = 0.132 + (-0.0232)
The Mean return = 0.132 - 0.0232
The Mean return = 0.1088
The Mean return = 10.88%
Variance = 0.8*(16.5%-10.88%)^2 + 0.2*(-11.6%-10.88%)^2
Variance = 0.8*(5.62%)^2 + 0.2*(-0.72%)^2
Variance = 0.012634
Answer:
The correct answer is letter "B": Expected return.
Explanation:
Expected return is the return an investor expects from an investment given the investment's historical return or probable rates of return under different scenarios. To determine expected returns based on historical data, an investor simply calculates an average of the investment's historical return percentages and then, uses that average as the expected return for the next investment period.
In the example, the expected return would be:
<em>Expected return </em><em>= (return in a good economy + return in a poor economy)/2</em>
<em>Expected return </em><em>= (13% + 4%)/2</em>
<em>Expected return </em><em>= </em><em>8,5%</em>
Answer:
Total= $13,221.52
Explanation:
Giving the following information:
Deposited $3,200 in an account two years ago and is depositing another $5,000 today.
A final deposit of $3,500 will be made one year from now.
Interest expense= 4.85% compounded annually.
We need to calculate the final value of each deposit using the following formula:
FV= PV*(1+i)^n
First deposit= 3,200*(1.0485^5)= $4,055.01
Second deposit= 5,000*(1.0485^2)= $5,496.76
Third deposit= 3,500*(1.0485)= $3,669.75
Total= $13,221.52
