The accounting assumption is the full disclosure. For a business, the full disclosure rule requires an organization to give the important data with the goal that individuals who are acclimated to perusing monetary data can settle on educated choices concerning the organization.
A disclosure is an extra data connected to an element's money related proclamations, normally as a clarification for exercises which have fundamentally affected the substance's monetary outcomes.
Answer:
$300
Explanation:
Given that s a health insurance program with co-payments of $10 per doctor visit.
Thus,
amount paid by insurance in 1 visit = $10
Amount paid by insurance in 6 visit = $10*6 = $60
Total bill charged by the doctor in 6 visit = 360
Amount paid by the consumer = Total bill charged by the doctor in 6 visit - Amount paid by consumer in 6 visit = $360 - $60 = $300
Since , consumer is the third party payer he pays $300 out of total $360 bill charged by the doctor.
In fraction ,portion of bill paid by the third party payer = 300/360 = 5/6
Thus, 5/6 portion of bill is paid by third party payer.
Option C
If expectations of the future inflation rate are formed solely on the basis of a weighted average of past inflation rates, then economics would say that expectation formation is: adaptive.
<u>Explanation:</u>
Adaptive expectations hypothesis implies that investors will modify their expectations of future behavior based on current prior behavior. In finance, this impact can effect people to produce investment decisions based on the way of contemporary historical data, such as stock price activity or inflation rates, and modify the data to prophesy future exercise or rates.
If the market has been trending downward, people will possible expect it to proceed to trend that way because that is what it has been acting in the recent past.
After n years, the deposit made at birth will have a value equal to;
FV1 = C(1+r)^n = 1000(1+0.018)^n = 1000(1.018)^n
After n years, the yearly deposits made at every birthday will have a value equal to;
FV2 = P{(1+r)^n-1}/r = 750{(1+0.018)^n-1}/0.018 = 41666.67 {(1.018)^n-1} = 41666.67 (1.018)^n -41666.67
Total FV = FV1+FV2 = 1000(1.018)^n+41666.67(1.018)^n-41666.67 = 42666.67 (1.018)^n - 41666.67
Answer:
The responses to the given choices can be defined as follows:
Explanation:
Assume is the investment. Each original Class A investment is of the net-front unburden. The portfolio will be worth four years from now:
You will place the total of 
on class B shares, but only 
will be paid 
at a rate of 
and you'll pay a 
back-end load charge if you sell for a four-year period.
After 4 years, your portfolio worth would be:
Their portfolio worth would be: after charging the backend load fee:
When the horizon is four years, class B shares are also the best option.
Class A shares would value from a 12-year time frame:
In this case, no back-end load is required for Class B securities as the horizon is larger than 5 years.
Its value of the class B shares, therefore, is as follows:
Class B shares aren't any longer a valid option in this, prolonged duration. Its impact on class B fees of 
cumulates over a period and eventually outweighs the 
the burden of class A shareholders.
