Answer:
$12,380
Explanation:
The beginning inventory is $9,150
The budgeted ending inventory is $10,420
The cost of goods sold is $11110
Therefore the budgeted purchases can be calculated as follows
= $10,420 + $11,110-$9,150
= $21,530 - $9,150
= $12,380
Hence the budgeted purchases is $12,380
Answer:
Answer is option B $68.70
Total overhead costs
Assembling products (918000/54000)*3000.......510,000
Preparing batches (397440/2484)*1026.............164160
Product support (1134000/3780)*1188.............. 356400
Total overhead costs............................................ 1030560
Unit overhead cost = total overhead costs / number of units = 1030560/15000 = 68.70
Explanation:
Answer:
Option D. We are 95% confident that the mean amount spent on electric service among the 160 households is between $151 and $216.
Explanation:
A confidence interval is a range of values, derived from the sample statistics, which may include the value of an unknown population parameter.
A 95% confidence interval indicates that between 152 of 160 samples (95%) of the same population will produce confidence intervals that will contain the population parameter.
It also means that we have a 95% confidence that the average (average amount) is among the resulting amounts obtained.
Logically, option "D" is missing the final part. This would be: D. We are 95% confident that the mean amount spent on electric service among the 160 households is between $ 15.
This is the only true option, since the test is based on a sample of only 160 households, the entire population of households cannot be included.
Hence, the correct option is:
Option D. We are 95% confident that the mean amount spent on electric service among the 160 households is between $151 and $216.