Answer / Explanation:
First, we need to understand what variance analysis is. Variance analysis is the qualitative and quantitative measure of the difference between actual financial value and the budgeted financial value.
This helps us to properly monitor our rate of spending against our profit or loss margin. it also assist in proper fund management.
Now talking about how the company will utilize variance analysis, the company will utilize variance analysis in the aspect of fixed over head spending. In the sense that it will be used to measure manpower productivity against overhead spending. This will help us to proper affirm if the rate of manpower productivity equal fixed overhead spending. In the case where fixed overhead spending is more than man hour productivity ratio, then the company will be running at a loss. This is basically a way of measuring productivity performance of man power and also assets.
I believe it would be capital. You have to invest in the jewels to complete the cases.
Answer:
She is making a <u>PROGRAMMED DECISION</u> because she always bases the order on current inventory levels, which are accurate and up-to-date?
Explanation:
Programmed decisions are routine decisions that are carried out following established procedures. This type of decisions are made generally without much consideration because they do not include important aspects of the organization's functions. Sometimes they can even be automated specially if they apply to small purchases like office supplies which can be made only by checking the inventory level.
Ellie would have annual expenses of $15000+$3000+$1000+$1200+$35000=$55,200. If she cashed in her $20.000 deposit then her balance owing would be $35,200 so she would have to make at least this much or preferably the $55,200 to break even.,
Answer:
A. 0.9x + 0.3y ≤ 10,000
Explanation:
Given
oil based plant
water based plant
The data can be represented in tabular form as:
Considering only A, we have the following constraints:
Since the company currently has 10000 of A.
The above constraint implies that, the mixture cannot exceed 10000.
So, we have:
<em>Hence, (A) is correct</em>
