Answer:
Explanation:
(1)
FV = PV x (1 + r)^N
FV = $75,000
PV = $35,000
r = 8%
75,000 = 35,000 x (1.08)^N
(1.08)N = 2.1429
N ln 1.08 = ln 2.1429
N = ln 2.1429 / ln 1.08 = 0.33 / 0.033 = 10 years
(2)
FV = Annual payment, A x PVA
FV = $43,700
n = 6 years
A = 8,000
43,700 = 8,000 x PVA
PVA = 5.4625
PVIFA (6 years, r%) = 5.4172
r=3%.
(3)
PV = Annual payment, A x PVIFA (r%, n years)
PV = $18,000
n = 6 years
r = 9%
$18,000 = A x PVIFA (9%, 6 years) = A x 4.4859 [From PVIFA table]
A = $18,000 / 4.4859 = $4,012.57
Answer:
A. always increase with output.
Explanation:
There are basically 2 groups of cost namely; Fixed and variable cost.
The fixed cost are usually like sunk cost that will be incurred irrespective of how many units are produced.
Total variable costs refers to all elements of cost that vary proportionately with the level of activities or output. A good example is the direct material cost.
It is the total of the marginal cost over the units produced. The right answer is A. always increase with output.
1 is social meadia 2 is advertising and 3 is publicity
Answer:
Option D. Both A and B
Explanation:
The reason is that the investment that are readily convertible to cash are less risk and as a result the investors are compensated with lower returns and vice versa. So the only statement that is not false statement is option C and the statement A and B are False.
Answer:
1. $31,000
2. $40,000
Explanation:
1. Computation of bad debt expenses for the year
Bad debt expenses = Credit sales × Bad debts expenses
= $1,550,000 × 2%
= $31,000
2. Computation of year end balance
Year end balance = Beginning balance + Bad debt expense - Written off
= $31,000 + $31,000 - $22,000
= $40,000
Therefore for computing the bad debt expenses and year end balance we simply applied the above formula.