Answer:
the labor efficiency variance is $35,244 favorable
Explanation:
The computation of the labor efficiency variance is shown below:
As we know that
Efficiency Variance is
= Standard rate × (Standard hours - Actual Hours)
= $13.20 × (9.4 ×1,050 units - 7,200 hours)
= $13.20 × (9,870 hours - 7,200 hours)
= $35,244 favorable
hence, the labor efficiency variance is $35,244 favorable
Answer:
Supplier's quotation (2,400 x $6.25) 150,000
Less: Relevant cost of production:
Direct material (2,400 x $31) 74,400
Direct labour (2,400 x $18) 43,200
Variable overhead (2,400 x $9) <u>21,600</u> <u>139,200</u>
Savings <u> 10,800</u>
The parts should be produced in-house since the relevant cost of production is lower than supplier's quotation.
Explanation:
In this case, we need to compare supplier's quotation to the relevant cost of production. The price of $6.25 above was computed by dividing the total price charged by the supplier by the number of parts. Moreso, the relevant cost of production is obtained by the aggregate of direct material, direct labour and variable overhead.
<span>n/2 = average number of items to search.
Or more precisely (n+1)/2
I could just assert that the answer is n/2, but instead I'll prove it. Since each item has the same probability of being searched for, I'll simulate performing n searches on a list of n items and then calculate the average length of the searches. So I'll have 1 search with a length of 1, another search looks at 2, next search is 3, and so forth and so on until I have the nth search looking at n items. The total number of items looked at for those n searches will be:
1 + 2 + 3 + 4 + ... + n
Now if you want to find the sum of numbers from 1 to n, the formula turns out to be n(n+1)/2
And of course, the average will be that sum divided by n. So we have (n(n+1)/2)/n = (n+1)/2 = n/2 + 1/2
Most people will ignore that constant figure of 1/2 and simply say that if you're doing a linear search of an unsorted list, on average, you'll have to look at half of the list.</span>
Answer:
Customer relationship management
Explanation:
Customer relationship management is a strategy used in most organisation in which official make plan to retain their customers. They analyse the data about the customer, their professional history, their gross profit, nature of business etc. These all process help to boost the growth of company to the next level.
Answer:
6,000 units
Explanation:
The beginning inventory units are calculated below
We know
Number of units produced = Budgeted units sold + ending inventory units - beginning inventory units
35,000 units = 32,000 units + 9,000 units - beginning inventory units
35,000 units = 41,000 units - beginning inventory units
So, the beginning inventory units would be
= 41,000 units - 35,000 units
= 6,000 units
