A buyer who has accepted goods may later revoke the acceptance if the buyer can show that the defects _____________ the value of the goods and the buyer had a legitimate reason for the initial acceptance.

Answers

Answer 1
Answer:

Answer:

A buyer who has accepted goods may later revoke the acceptance if the buyer can show that the defects substantially impair the value of the goods and the buyer had a legitimate reason for the initial acceptance.

Explanation:

This statement is defined in § 2-608. Revocation of Acceptance in Whole or in Part. of Article 2 - Sales of the Uniform Commercial Code (UCC).

The buyer may revoke his acceptance of a lot or commercial unit whose non-conformity substantially impairs its value to him if he has accepted it

(a) on the reasonable assumption that its non-conformity would be cured and it has not been seasonably cured; or

(b) without discovery of such non-conformity if his acceptance was reasonably induced either by the difficulty of discovery before acceptance or by the seller's assurances.

(2) Revocation of acceptance must occur within a reasonable time after the buyer discovers or should have discovered the ground for it and before any substantial change in condition of the goods which is not caused by their own defects. It is not effective until the buyer notifies the sellerof it.

(3) A buyer who so revokes has the same rights and duties with regard to the goodsinvolved as if he had rejected them.


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Inventory Valuation under Variable CostingDuring the most recent year, Judson Company had the following data associated with the product it makes:

Units in beginning inventory 300
Units produced 15,000
Units sold ($300 per unit) 12,700
Variable costs per unit:
Direct materials $20
Direct labor $60
Variable overhead $12
Fixed costs:
Fixed overhead per unit produced $30
Fixed selling and administrative $140,000

Required:

1. How many units are in ending inventory?
$ _______ units
2. Using variable costing, calculate the per-unit product cost.
$_____________
3. What is the value of ending inventory under variable costing?
$___________

Answers

Answer:

1.  Ending inventory = Beginning inventory + Production - Sales

                            = 300 units + 15,000 units - 12,700 units

                            = 2,600 units  

2. Per unit Product Cost Using Variable Costing

                                  $

Direct material         20

Direct labor              60

Variable overhead   12

Product cost          92

3.  Value of ending inventory under variable costing

    =  2,600 units x $92

    = $239,200            

                                                                                                             

Explanation:

The units of ending inventory is calculated as beginning inventory plus  production minus sales.

Per unit product cost is the aggregate of variable cost per unit. This includes direct material cost, direct labour cost and variable overhead.

Value of ending inventory is the product of units of ending inventory and per unit product cost.

5. Garden Variety Flower Shop uses 750 clay pots a month. The pots are purchased at $2 each. Annual carrying costs per pot are estimated to be 30 percent of cost, and ordering costs are $20 per order. The manager has been using an order size of 1,500 flower pots. a. What additional annual cost is the shop incurring by staying with this order size

Answers

If Garden Variety Flower Shop uses 750 clay pots a month. The pots are purchased at $2 each. Annual carrying costs per pot are estimated to be 30 percent of cost, and ordering costs are $20 per order. The manager has been using an order size of 1,500 flower pots:

  • a. What additional annual cost is the shop incurring by staying with this order size will be: $105.24
  • b. What benefit would using the optimal order quantity yield will be 51.63%

a. Additional annual cost

Annual demand (D) =$750 x 12= $9,000

Ordering cost=$20 per order

Annual carrying costs(H)=0.30 ×$2.00 = $0.60

Order Quantity(Q) = 1,500

Find TC for Q

TC=Q÷2×H + D÷Q × S

TC=1,500÷2 × $0.60 + $9,000÷1,500×$20

TC=$450+$120

TC=$570............. (1)

Now find Qo

Qo=√2DS÷H

Qo=√2×$9,000×$20÷0.60

Qo=√600,000

Qo=$774.596

Qo=$774.60 (Approximately)

Find TC for Qo

TC=Q÷2×H + D÷Q ×

TC=774.60÷2 × $0.60 + $9,000÷774.60×$20

TC=$232.38+$232.38

TC=$464.76................(2)

Now let determine the additional annual cost

Additional annual cost=$570-$464.56

Additional annual cost=$105.24

b. Benefit would using the optimal order quantity yield (relative to the order size of 1,500)

Benefit=Qo÷Q

Benefit=$774.60÷1,500×100

Benefit=51.63%

The benefit is that about 51.63% of the storage space would be needed.

Learn more here:

brainly.com/question/19089832

Answer:

Additional cost= $570

Explanation:

Monthly demand = 750

Annual demand (D) = Monthly Demand x Number of months in a year

Annual demand (D) = 750 x 12 = 9,000

Cost (C) = $2.00 each

Annual carrying costs (Cc) = 30 percent of cost

Annual carrying costs (Cc) = 30% of $2.00 = $0.60

Ordering costs (Co) = $20

Current order quantity (Q1) = 1,500

Solution:

(a) Current cost is calculated as,

Current cost = Annual carrying costs + Annual ordering costs

Current cost = [(Quantity / 2) x Carrying cost] + [(Annual demand / Current Quantity) x Ordering cost]

Current cost = [(1500 / 2) x $0.60] + [(9000 / 1500) x $20]

Current cost = $450 + $120

Current cost = $570

At the beginning of a year, a company predicts total direct materials costs of $1,010,000 and total overhead costs of $1,270,000. If the company uses direct materials costs as its activity base to allocate overhead, what is the predetermined overhead rate it should use during the year?

Answers

Answer:

1.267 = Overhead Rate

Explanation:

As general approach, the manufacturing rate, along with any rate is done by dividing the cost by a cost driver.

(Cost\:Of\: Manufacturing\: Overhead)/(Cost\: Driver)= $Overhead \:Rate

In this case teh cost is the manufacturing overhead and the cost driver the direct materials cost:

(1,270,000)/(1,010,000)= $Overhead Rate

Using Direct Materials cost, the rate would be:

1.257425743= $Overhead Rate

Melissa sold some of her Bitcoin in 2021 for a $200,000 long-term capital gain, bringing her total taxable income to $450,000. What is the tax on this capital gain if she files her return as Head of Household?

Answers

Melissa's capital gain tax from the sale of her Bitcoin in 2021 for a long-term capital gain of $200,000, and as Head of Household is $30,000.

Data and Calculations:

Long-term capital gain = $200,000

Total taxable income = $450,000

Assumed long-term capital tax rate = 15%

Thus, the tax on Melissa's capital gain tax from the sale of her Bitcoin in 2021 for a long-term capital gain of $200,000, and as Head of Household is $30,000 ($200,000 x 15%).

Learn more about long-term capital gain here: brainly.com/question/25117603

Answer:

hi so im thinking its $250,000 dollors probaly

Explanation:

The ________ summarizes what has been found during the systems analysis phase, provides cost/benefit analyses of alternatives, and makes recommendations on what should be done.

Answers

Answer:

The answer is Systems Proposal.

Explanation:

Answer:

The correct word for the blank space is: Systems Proposal.

Explanation:

In computer science, the Systems Proposal is a second step on a project that outlines the features, benefits, costs, alternatives, and a step-by-step schedule of the software that is intended to be developed. All the information is gathered in a document that has the intention to promote the production of the software, thus, the Systems Proposal mainly provides the core information and highlights benefits over costs without hiding anything relevant.

Herman Company has three products in its ending inventory. Specific per unit data at the end of the year for each of the products are as follows: Product 1 Product 2 Product 3 Cost $ 40 $ 110 $ 70 Selling price 100 180 130 Costs to sell 6 80 30

Answers

Answer and Explanation:

Given:

                                 Product 1      Product 2         Product 3

Cost of product         $20                 $90                 $50

Selling price              $40                 $120                $70

Selling cost                $6                    $40                 $10

Computation:

                                          Product 1      Product 2         Product 3

Product Cost                         $20                 $90                 $50

N.R.V                              ($40-$6)=$34  ($120-$40)=$80  ($70-$10)=$60

Per Unit Inventory Value      $20                 $90                 $50

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