Answer:
C) $6.40 per direct labor hour.
Explanation:
The overhead application rate is used to estimate the manufacturing overhead for a specific project or reporting period.
overhead application rate = direct labor cost per hour / (total direct labor costs / total overhead costs)
overhead application rate = $16 / ($475 / $190) = $16 / $2.50) = $6.40
Answer:
A distribution of scores that is positively skewed will have a small number of scores that are very high.
Option C is correct.
Explanation:
A distribution is said to be normal if the value of skewness is equal to zero, this type of distribution is symmetric.
However, if the skewness value is less than zero, then the distribution is negatively skewed and if the skewness value is greater than zero then the distribution is positively skewed.
For a positively skewed distribution, the tail is elongated downward, and the mean value is greater compared with median and mode. Hence, the observations are extremely high and the mean is distributed upward.
Answer:
1. Journal:
October 1:
Debit Cash $30,000
Debit Building $200,000
Credit Common Stock $230,000
To record the receipt of cash and building for common stock.
2. T-accounts:
Cash Account
Date Description Debit Credit Balance
Oct. 1 Common Stock $30,000 $30,000
Building Account
Oct. 1 Common Stock $200,000 $200,000
Common Stock
Oct. 1 Cash $30,000 $30,000
Oct. 1 Building $200,000 $200,000
Explanation:
Journal entries show the accounts to be debited and credited respectively. They are the initial records of a business transaction. They can be used to post any transaction, make adjustments to the accounts, and close the accounts at the end of the accounting period.
Answer:
$5.74
Explanation:
Q* = 2DS / H[1-(d/p)]
Q² = 2DS / H[1-(d/p)]
S = (Q²)(H)[1 - (d/p) / 2D
Setup cost S = (200^2)*(10)*(1 - (100/800)) / 2*30,500
Setup cost S = 40000*10*0.875 / 61000
Setup cost S = 350000 / 61000
Setup cost S = 5.737704918032787
Setup cost S = $5.74
