Answer:
attached below
Explanation:
Given data :
Year : 2020
estimated other financing sources = $20,000 ( premium on bonds sold )
estimated revenues = $12500 ( accrued interest on bonds sold )
approximations in amount of one interest payment = $25,000 ( to be made during 2020 )
attached below is the Budget for the street improvement Bond debt service fund for year 2020
Answer:
The errors have resulted in the overstatement of net income by $9,400. Actual net income is $35,600
Explanation:
Expired rent is usually accounted for by debiting rent expense and crediting prepaid rent account. As such this is an additional expenses that will be deducted from sale to get the net income.
Depreciation expense on asset is recorded by debiting depreciation expense and crediting accumulated depreciation. Again, it is an additional expenses that will be deducted from sale to get the net income.
Supplies used is a debit to supplies expense and a credit to the supplies account (B/s). Hence, it is an additional expenses that will be deducted from sale to get the net income.
Hence the total additional expense to be recorded
= $3,500 + $4,100 + $1,800
= $9,400
When recorded, net income
= $45,000 - $9,400
= $35,600
Answer:
Degree of operating leverage = 7.8
Explanation:
given data
sales = 2,080 units
per unit price = $50
Variable expenses = 25%
total fixed expenses = $68,000
solution
we get here Degree of operating leverage that is express as
Degree of operating leverage = Sales - variable cost ÷ (sales - variable cost - fixed cost) .......................1
here
Sales = 2080 × 50 = 104000
and
Variable cost = 104000 × 25% = 26000
so now put value in equation 1 we get
Degree of operating leverage =
Degree of operating leverage = 7.8
Answer:
the profit margin will decrease and supplies won't get their promotin
Answer:
Compound interest; interest.
Explanation:
Compound interest can be defined as the interest that the bank pays you on the principal plus on the interest that you earned the preceding year. Thus, it is simply calculated by adding an interest to the initial principal i.e compounding the interest rather than withdrawal.
Mathematically, compound interest is given by the formula;
Where;
A is the future value.
P is the principal or starting amount.
r is annual interest rate.
n is the number of times the interest is compounded in a year.
t is the number of years for the compound interest.