Answer:
Number of units which company plan to produce in February is 352000
Explanation:
We have given expected sales in January, February and march is 440000, 390000 and 380000 units respectively
And desired needing finished goods in inventory in January, February and march is 39000, 38000 and 40000 units respectively
We have to find the how many units company plans to producing for month February
Number of units which company plan to produce in February = 390000 - 38000 = 352000
Answer:
Option C is correct
Explanation:
Using straight line depreciation method we can calculate the annual depreciation of the machinery, which can be calculated from the following formula:
Straight Line Depreciation = (Cost - Salvage Value) / Useful value
Straight Line Depreciation = ($95000 - $5000) / 5 years life = $18,000
The double entry would be:
Dr Depreciation Expense $18,000
Cr Accumulated Depreciation $18,000
Answer:
a. Sep 10
b. $21,823
c. $21,500
Explanation:
a) Due date of the note
July 13 to 31 = 19 days
Aug 1 to 31 = 31 days
Sep 1 to Sep 10 = 10 days
due date is Sep 10
b) Maturity value of the note
$ 21500 + $ 21500*9%*60/360
= $ 21823
c) Journal entry
Cash debit $ 21823
interest recieved credit $323
Notes Receivable credit $ 21500
Answer:
a performance reward.
Explanation:
A performance reward is a type of employee reward system. Companies generally reward employees in an attempt to motivate them to work more, harder or more efficiently. E.g. a company may reward salespeople that close 100 sales per week, regardless of the type of sales made. This type of reward is based on the gross amount of work carried out by the employee.
In Leslie's case, she is being rewarded for being an efficient employee. The parameter for measuring her efficiency is that 80% of the test calls that she makes are handed properly. She is not rewarded on the number of test calls, but instead on how she handled them.
Answer: The correct answer is "Hard Disk Arrays".
Explanation: Hard disk arrays are arrays capable of dividing and replicating data between multiple physical (tangible) drives and include spare disks which enable increased performance and redundancy.
This type of technology is generally implemented with the use of redundant arrays of independent disk schemes that are almost always done through hardware disk array controllers.