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zhenek [66]
3 years ago
14

A company has inventory of 17 units at a cost of $11 each on May 1. On May 5, they purchased 11 units at $16 per unit. On May 12

, they purchased 18 units at $17 per unit. On May 15, they sold 30 units. Using the FIFO periodic inventory method, what is the value of the inventory at May 15 after the sale
Business
1 answer:
monitta3 years ago
4 0

Answer:

Value of ending inventory on May 15 after sale = $272

Explanation:

The periodic nventory methods calculating inventory through a physical count at the end of the period.

Under FIFO method, the inventory that is purchased first is the one that is sold first. Thus, a sale of 30 units on May 15 will be made from:

Cost of sales:

17 units at $ 11 = 187

11 units at $ 16 = 176

Remaining units = 30 - (17+11) = 2

The 2 units will be taken from units purchased on May 12.

The ending inventory, thus, will be 18 - 2 = 16units at $17 per unit

Value of ending inventory on May 15 after sale = 16 * 17 = $272

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Calculating and using Dual Charging Rates
11Alexandr11 [23.1K]

Answer:

1. Calculate a variable rate for the Maintenance Department. Round your answer to the nearest cent. $ per maintenance hour Calculate the allocated fixed cost for each using department based on its budgeted peak month usage in maintenance hours.

variable rate = $1.30 per maintenance hour

Department                            Peak Number              Allocated  

                                               of hours                        Fixed cost  

Assembly                          (210/2,100) x $65,400          $6,540

Fabrication                     (1,050/2,100) x $65,400        $32,700

<u>Packaging                        (840/2,100) x $65,400         $26,160</u>

Total                                        2,100/2,100                   $65,400

2. Use the two rates to assign the costs of the Maintenance Department to the user departments based on actual usage. Calculate the total amount charged for maintenance for the year.

Department             Fixed costs         Variable cost                  Total              

Assembly                      $6,540     3,500 x $1.30 = $4,550      $11,090

Fabricating                  $32,700     7,000 x $1.30 = $9,100      $41,800

<u>Packaging                   $26,160    10,000 x $1.30 = $13,000    $39,160</u>

Total                           $65,400            $26,650                      $92,050

3. What if the Assembly Department used 3,550 maintenance hours in the year? How much would have been charged out to the three departments?

Department             Fixed costs         Variable cost                  Total              

Assembly                      $6,540     3,550 x $1.30 = $4,615        $11,155

Fabricating                  $32,700     7,000 x $1.30 = $9,100      $41,800

<u>Packaging                   $26,160    10,000 x $1.30 = $13,000    $39,160</u>

Total                           $65,400              $26,715                       $92,115

6 0
3 years ago
You have just won the lottery and will receive $460,000 in one year. You will receive payments for 27 years, and the payments wi
Zepler [3.9K]

Answer:

The present Value of my winnings = $4,578,716.35

Explanation:

An annuity is a series od annual cash outflows or inflows which payable or receivable for a certain number of periods. If the annual cash flow is expected  to increase by a certain percentage yearly, it is called a growing annuity.

To work out the the present value of a growing annuity,

we the formula:

PV = A/(r-g) ×  (1-  (1+g/1+r)^n)

I will break out the formula into two parts to make the workings very clear to follow. So applying this formula, we can work out the present value of the growing annuity (winnings) as follows.

A/(r-g)

= 460,000/(12%-3%)

= $5,111,111.11

(1-  (1+g/1+r)^n

1 - (1+3%)/(1+12%)^(27)

=0.8958

PV = A/(r-g) ×  (1-  (1+g/1+r)^n)

$5,111,111.11 × $0.8958

= $4,578,716.35

The present Value of my winnings = $4,578,716.35

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