Answer: 20,816.215
Explanation:
Given that:
A deposit of $1000 at 4% interest compounding is defined by the growth function:
v(t) = 1000e^0.04t
Where t = number of years.
Find the average value during the first 40 years (that is, from time 0 to time 40.)
(That is t = 0,...,40)
For ease, we can use a python list comprehension to get our values.
v = [1000*2.7182818**0.04*t for t in range(41)]
V gives a list of the value of the deposit from year 0 till 40 years after the deposit.
Average = sum of compounding deposits / number of years
Sum of compounding deposits = sum(v) = $853464.8344
Number of years = len(v) = 41
Hence, average = $853464.8344 / 41
Average = $20,816.215
I’m pretty sure that it is A. Cost of Goods Sold!
Answer:
A) Accounting for bonds and notes under US GAAP and IFRS is similar.
Explanation:
US GAAP and IFRS do not have the same accounting guideline for bond issue cost:
Under US GAAP, bonds payable is recorded at face value while premiums or discounts are recorded separately. While under IFRS, bonds payable is recorded using the carrying value, and amortization or premiums or discounts is done by using the effective-interest method.
Answer:
358.33 times
Explanation:
The computation of the simple forecast combination is shown below:
= (Forecast sales done by Mary + Forecast sales done by Susan + Forecast sales done by Sarah) ÷ (Total number of observations)
= (341 + 535 + 199) ÷ (3)
= (1,075) ÷ (3)
= 358.33 times
We simply divided the total sales forecasted done by each one by the total number of observations
False ...................
