Answer:
909.09
Explanation:
Breakeven quantity are the number of units produced and sold at which net income is zero
Breakeven quantity = fixed cost / price – variable cost per unit
$20,000 / 58 - 36 = 909.09
Answer:
The answer is
A. 26.46%
B. $5,958,354.88
Explanation:
A.
IRR = CFo/(1 + IRR)^0 + CF1/(1 + IRR)^1 + CF2/(1 + IRR)^2 + CF3/(1 + IRR)^3 + CF4/(1 + IRR)^4 + CF5/(1 + IRR)^5
CFo = -$10,000,000
CF1 = $3,000,000
CF2 = $3,500,000
CF3 = $4,000,000
CF4 = $4,900,000
CF5 = $5,000,000
Using a financial calculator;
IRR = 26.46%
B.
NPV = -CFo + CF1/(1+ r)^1 + CF2/(1 +r)^2 + CF3/(1 + r)^3 + CF4/(1 + r)^4 + CF5/(1 + r)^5
CFo = -$10,000,000
CF1 = $3,000,000
CF2 = $3,500,000
CF3 = $4,000,000
CF4 = $4,900,000
CF5 = $5,000,000
Using a financial calculator;
NPV = $5,958,354.88
Answer:
$7,900
Explanation:
In Bank reconciliation statement the balances of Bank statement and the Balance from cash register is adjusted to calculated the adjusted cash balance for reporting at the end of the period. This is due to some outstanding deposits and Payment and other experiences which makes a difference between the bank statement balance and cash register balance.
Cash balance per bank = $7,310
Outstanding checks are those check which has been issued but not been presented in the bank yet. Deposit in transit is the amount of deposit which is pending in the clearing process.
Adjusted Balance = Cash Balance per bank - Outstanding Checks + Deposit in transit = $7,310 - $715 + $1,305 = $7,900
Bank charges are already adjusted in the cash balance per bank.
Answer:
Lead time needed is approximately 1 day
Explanation:
In this question, we are asked to calculate the maximum number of lead days needed by a manufacturer to give a supplier
We proceed as follows;
They want to be able to fully supply the customer at least 50 out of the 52 weeks.
Mathematically; service probability = 50/52 = 0.96 or 96%
At 96% service level value of Z = 1.75
Standard deviation of daily demand (σd) = 50 units
Safety stock = 100 units
Suppose lead time = L
Safety stock = Z × σ d × √L
100 = 1.75 × 50 × √L
=100 = 87.5 × √L
√L = 100/87.5
√L = 1.142857142
L = 1.142857142^2
L = 1.306122448
Answer:
the numbers of the first part are missing here, so I looked for a similar one:
"The Packaging Department started the month with 300 units in process that were 70% complete, receiving 2,000 units from the Cutting Department. The Packaging department had 200 units in process at the end of the period that are 40% complete.
All materials are added at the beginning of the process and conversion is added uniformly.
From the Packaging Department, units are transferred to Finished Goods."
Since we are not asked to calculate costs, we are told to calculate equivalent units for conversion costs, the formula would be:
total units finished and transferred out = 300 + 2,000 - 200 = 2,100
equivalent units of ending WIP = 200 x 40% = 80
total equivalent units = 2,100 + 80 = 2,180 equivalent units