<span>Senior management uses finance and accounting information systems to plan long-term profit.
Every manager wants to make a profit, and if it is long-term, even better. These kinds of systems can actually make that happen, which is why senior managers use it often.
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Answer:
(a) Trace the effect of this change through three banks- First National, Second Federal, and Third State.
Antonia deposits $2,000 in First National Bank.
Then First national Bank lends $1,600 to client X that uses the money to purchase something. The seller of that something deposits the money In Second Federal Bank.
Second Federal Bank then lends $1,280 to client Y that decides to use that money to pay his rent. Client Y's landlord then deposits the money in Third State Bank.
Third State Bank will then lend $1,024 to client Z...
(b) How much money will be generated in this banking system?
total money generated in the banking system = Antonia's deposit x money multiplier
money multiplier = 1 / required reserve rate = 1 / 0.2 = 5
so the total money generated = $2,000 x 5 = $10,000
Answer:
activitity rate:
![\left[\begin{array}{ccccc}$Activity&$Driver&$cost&$Total&$Rate\\$Machine Setups&setups&72,000&400&180\\$Special processing&$machine hours&200,000&5,000&40\\$General factory&$direct labor hours&816,000&24,000&34\\\end{array}\right]](https://tex.z-dn.net/?f=%5Cleft%5B%5Cbegin%7Barray%7D%7Bccccc%7D%24Activity%26%24Driver%26%24cost%26%24Total%26%24Rate%5C%5C%24Machine%20Setups%26setups%2672%2C000%26400%26180%5C%5C%24Special%20processing%26%24machine%20hours%26200%2C000%265%2C000%2640%5C%5C%24General%20factory%26%24direct%20labor%20hours%26816%2C000%2624%2C000%2634%5C%5C%5Cend%7Barray%7D%5Cright%5D)
sprocked unit cost: $ 38.95
hub units cost: $ 93.00
Explanation:
We divide teh cost pool over the total of the cost driver.
This give us the activitty rate.
Then we multiply each rate by the use of each product:
And divide by the total units to get the unti manufacturing overhead
![\left[\begin{array}{ccc}$Activity&$Hubs&$Sprockets\\$Machine Setups&18,000&54,000\\$Special processing&200,000&0\\$General factory&272,000&54,4000\\$Total&490,000&598,000\\$Units&10,000&40,000\\$Overhead per unit&49&14.95\\\end{array}\right]](https://tex.z-dn.net/?f=%5Cleft%5B%5Cbegin%7Barray%7D%7Bccc%7D%24Activity%26%24Hubs%26%24Sprockets%5C%5C%24Machine%20Setups%2618%2C000%2654%2C000%5C%5C%24Special%20processing%26200%2C000%260%5C%5C%24General%20factory%26272%2C000%2654%2C4000%5C%5C%24Total%26490%2C000%26598%2C000%5C%5C%24Units%2610%2C000%2640%2C000%5C%5C%24Overhead%20per%20unit%2649%2614.95%5C%5C%5Cend%7Barray%7D%5Cright%5D)
Finally we add the cost component:
Sprocked:
materials $ 18 + $ 15 x 0.40 units + $ 14.95 = 38.95
Hubs
materials $ 32 + $ 15 x 0.80 units + $ 49 = 93
Answer:
The remaining useful life of the asset is = 10 - 3 = 7 years
Explanation:
The straight line method of depreciation charges a constant depreciation expense through out the useful life of the asset. The formula for depreciation expense under this method is,
Depreciation expense = (Cost - Salvage value) / Estimated useful life of the asset
Plugging in the values for depreciation expense per year, cost and salvage value, we can calculate the total expected life of the asset.
5000 = (53000 - 3000) / estimated useful life of the asset
estimated useful life of the asset = 50000 / 5000
estimated useful life of the asset = 10 years
As the accumulated depreciation balance is of 15000, the depreciation for 15000/5000 = 3years has been charged.
The remaining useful life of the asset is = 10 - 3 = 7 years
