Annual Compound Formula is:
A = P( 1 + r/n) ^nt
Where:
A is the future value of the investment
P is the principal investment
r is the annual interest rate
<span>n is the number of
interest compounded per year</span>
t is the number of years the money is invested
So for the given problem:
P = $10,000
r = 0.0396
n = 2 since it is semi-annual
t = 2 years
Solution:
A = P( 1 + r/n) ^nt
A = $10,000 ( 1 + 0.0396/2) ^ (2)(2)
A = $10000 (1.00815834432633616)
A = $10,815.83 is the amount after two years
Answer:
both income from operations and gross profit.
Explanation:
As we know that
The income statement recognized the revenues earned and the expenses incurred for a particular period
And the multiple-step income statement refers to the classification of expenses like
The format is shown below:
Sales XXXXX
Less: Cost of goods sold XXXXX
Gross profit XXXXX
Less: Operating expenses
Administrative expenses XXXXX
Selling expenses XXXXX
Operating income XXXXX
Non operating income or others
Less: Interest expense XXXXX
Rent revenue XXXXX
Net income XXXXX
Therefore, the third option is correct
Answer:
$15,750
Explanation:
The computation of the net income reported by two methods is shown below:
= Income from Corporal + Non-controlling interest income
= $12,600 + $3,150
= $15,750
Or we can one thing also
= Income from Corporal ÷ acquiring percentage
= $12,600 ÷ 80%
= $15,750
All other information that is mentioned in the question is not relevant. Hence, ignored it
Answer and Explanation:
The Journal entry is shown below:-
Carter's Capital Dr $600,000
To Able's Capital $450,000 (3 ÷ 4 × $600,000)
To Baker's Capital $150,000
(Being Carter’s withdrawal from the partnership is recorded)
For recording this we debited the carter capital as it shows the withdrawn amount and credited the able capital and baker capital so that the total withdrawn collected from these partners could come
The cash flow (payment or receipt) made for a given period or set of periods. The present value, PV, of a series of cash flows is the present value, at time 0, of the sum of the present values of all cash flows, CF. We start with the formula for PV of a future value ( FV) single lump sum at time n and interest rate.
Yw and pls mark me as brainiest