Answer:
$275,000
Explanation:
Cash collections in April = 70% of sales in April +20% sales in March + 10% sales in Febuary
= 70% * $250,000 + 20% * $350,000 + 10% * $300,000
= $275,000
The double-declining-balance and straight-line depreciation methods Produce the same total depreciation over an asset's useful life.
- Two of the four depreciation methods permitted by US generally accepted accounting standards are the straight-line and double-declining-balance depreciation procedures (GAAP).
- The sum of the years' digit and units of production are the other two techniques. By deducting the salvage value from the asset's purchase price and either dividing the depreciable amount by the number of years or applying a preset rate to the depreciable amount, the straight-line method is derived.
- The depreciation rate is calculated using the double-declining-balance technique by dividing 100 percent by the asset's useful life in years, then multiplying the result by two.
- The diminishing amount is then used to calculate depreciation expenditure until only the salvage value is left. They therefore result in the same depreciation over the course of the asset's useful life.
<h3>Is double declining balance a method of straight-line depreciation?</h3>
- The straight-line depreciation technique, another and arguably even more frequent type of depreciation, depreciates an asset's value at a rate that is half that of the DDB depreciation method.
<h3>What is double declining balance depreciation method?</h3>
- A type of accelerated depreciation method called the double-declining balance method doubles the rate at which an asset's value depreciates compared to the straight-line approach.
- Accelerated depreciation refers to the process of depreciation that occurs twice as quickly as the straight-line method.
Learn more about double-declining-balance here:
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Answer:
The optimal production batch size for the supplier is 980 units.
Explanation:
In order to calcuate the optimal production batch size for the supplier we have to use the following formula:
optimal production batch size= 
(<u>2×Annual Demand×setup cost)</u>
Holding Cost
optimal production batch size= (<u>2×(1,000×12)×($250×4)</u>
($100×25%)
optimal production batch size=(<u>2×12,000×$1,000)</u>
$25
optimal production batch size= 980 units
Answer:
650
Explanation:
A call option is an option to buy a product or asset at a stated price at a later date. The risk of call option is capped at premium for buying the option. Wildwood corporation will incur cost of 650 to establish the bull money spreads with calls.
8.5 +4.5 = 13
13 * $50.00 = $650
Answer:
$30 Favorable
Explanation:
Calculation for the activity variance for supplies cost in March
Using this formula
Activity variance = (Actual units - Budgeted units) * Variable cost
Where,
Actual units=856
Budgeted units=861
Variable cost=$6
Let plug in the formula
Activity variance=(856-861) * $6
Activity variance=5*$6
Activity variance=$30 Favorable
Therefore the activity variance for supplies cost in March would be closest to: $30 Favorable
