Answer
The answer and procedures of the exercise are attached in the following archives.
Explanation
You will find the procedures, formulas or necessary explanations in the archive attached below. If you have any question ask and I will aclare your doubts kindly.
Answer:
Option (b) is correct.
Explanation:
In a market condition of pure competition, there are large number of buyers and sellers of the product. The sellers in this market condition are behaving like a price taker.
If a single firm wants to increase the price of the product then as a result the demand for their product is reduced or become zero.
There are some characterstics of the firms under pure competition market condition:
(i) They are selling homogeneous products.
(ii) Price taker firms
(iii) Large no. of buyers and sellers
Answer:
It is both qualitative data and primary data.
Explanation:
Qualitative data is data that is not expressed in numerical values. Kay & Maggie are asking for opinons in the survey and interviews. These opinons are not numbers, they are words, language, therefore, they are qualitative.
It is primary data because Kay & Maggie are collecting the information directly from the desired source, the customers, instead of collecting the data from a third party.
Answer:
$650,000
Explanation:
The computation of the expected net cash flow for the year 1 is shown below:
= Annual operating cost reduced + expected revenue generated per year in the year 1
= $250,000 + $400,000
= $650,000
By adding the annual operating cost, and the expected revenue generated we get the project expected net cash flow for the year 1
Answer:
<u>DM variances:</u>
Price 2650
Quantity -4,800
<u>Labor Variances:</u>
Rate:-2,000
Efficiency 1400
Explanation:
<u>DM variances:</u>
Price
(std - actual) x actual quantity
(2.4 - 2.2) x 13,250 = 2,650
Quantity
(standard quantity - actual quantity) x std price
(7.5x1,500 - 13,250) x 2.4 = -4,800
<u>Labor Variances:</u>
Rate:
(std rate - actual rate) x actual hours
(7 - 9) x 1,000 = -2,000
actual rate = actual cost/actual hours = 9,000/1,000 = 9
Efficiency
(std hours - actual hours) x std rate
(1,500 x 0.8 - 1,000) x 7 = 1400