Answer:
$59,410
Explanation:
With regards to the above information, we need to calculate first, total number of units for first quarter of the year.
Total number of units for first quarter of the year = 2,960 + 2,740 + 3,440
= 9,140
But, each unit requires 0.5 hours of direct labor.
It therefore means that;
1 unit need ----- 0.5 hours of direct labor
9,140 ----- ?
= (9,140 × 0.5) / 1
= 4,570 hours.
Finally, we will multiply the total hours by the payment per hour, or direct labor rate; which is $13 per hour.
= 4,570 × $13
= $59,410
Therefore, the budgeted direct labor cost for the first quarter of the year is $59,410
Answer: a. $39,304
Explanation:
Let us begin by calculating the yearly phone bill.
$63 per month so that is
= 63*12
= $756
A total of $756 per year is spent on the company phone.
Kailynn buys 4 sample kits at $235 per kit.
= 235*4
= $940 in total for the kits last year.
Add the two figures to get her total expenditure from the company.
=940+756
= $1696
Subtract this from her total job benefits,
=$41,000 - $1696
= $39,304
$39,304 was her total employment compensation.
Question 30.... are more quantitative and analytical.
The study about High-Paying, In Demand Job Skills, of a global media leading company will lead you to a conclusion that quantitative and analytical traits of an employee is more important than an employee who is computer literate and good at foreign languages. These traits are helpful in any field.
Answer:
the expected return from the investment is higher than that of those investments whose standard deviation is greater than zero.
Explanation:
As for the coefficient of variation which clearly defines the difference in values from the mean value in the data set.
It clearly defines as standard deviation/mean.
Where standard deviation is 0 the coefficient will also be 0 which shall represent the risk associated with it.
The least the coefficient of variation the least the risk with maximum return.
Thus, the correct statement will be concluding that the expected return from this investment will be higher than the returns from the project in which standard deviation is more than 0.