Answer:
Learning.
Explanation:
Organisational learning is the process by which knowledge is created, retained, and transfered within an organisation. This will imporve quality of decision-making at all levels of the organisation.
Over time the organisation gains a broad knowledge base that it can use to better the organisation.
Innovative or nonprogammed decisions opens up a world of possibilities to the business and evaluation is done to get the best idea for implementation.
The required components of a <em>database function </em>in the computer science and programming includes:
- D in front of the command
- Range
- Field
- Criteria
According to the given question, we are asked to state the required components of a<em> database function </em>and how this is essential for the database to function properly.
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As a result of this, we can see that the required components of the database function include the =, the range, field, criteria and the D in front of the command.
Read more about database here:
brainly.com/question/14404521
Answer:
Date Description Dr. Cr.
Dec 31 Sales discounts $200
Allowance for sales discounts $200
Explanation:
Expected sales discounts. $10,000 × 2% = $200
As the discount is expected and according to the accrual accounting concept the expenses accrued or expected to incurred should be recorded in the period in which revenue of that expense is recorded. Discount of 2% is expected to be availed by the customer amounting sales of $10,000. and it will be availed after year end as discount period will end after year end.
Calculate fixed cost per unit
357,000÷21,000=17 per unit
Fixed cost for 19000 units
17×19,000=323,000
Calculate variable cost per unit
309,750÷21,000=14.75
variable cost for 19000 units
14.75×19,000=280,250
So the answer is
$323,000 fixed and $280,250 variable
Hope it helps!
Answer:
Annual deposit = $4100
Explanation:
Annual deposit = $4100
Number of years for retirement = 30 years
Future value of money = $1000000
Interest rate = 12%
Now use the below formula to find the annuity amount.
Annual deposit = Future value (A/F, r, n)
Annual deposit = 1000000 (A/F, 12%, 30)
Annual deposit = 1000000(0.0041)
Annual deposit = $4100
