Answer:
The investor will pay up the rereofitted pumps in a period of 22.52 months.
Explanation:
<em><u>First,</u></em> we solve for the amount of profit generate per month:
21,000 gallons a month x $0.09 per gallon = $1,890
Now, we calcualte the time at which an monthly income of 1890 discounted at 2% per month matches a present value of 34,000
C $1,890.00
time n
rate 0.02
PV $34,000.0000
We use logarithmics properties to solve for n:
-22.52006579
n = 22.5200 = 22 and a half month.
Given:
standard hours: 2,500 dl for 1,000 units
actual hours: 2,400 dl for 900 units
Standard direct labor-hours per unit = 2,500 direct labor-hours ÷ 1,000 units= 2.5 direct labor-hours per unit
Standard hours allowed = 2.5 direct labor hours per unit × 900 units<span>= 2,250 hours
The standard hours allowed for may production would be 2,250 hours.</span>
Both the direct method and the indirect method. Cash from operating activities usually introduces to the net cash arrival reported in the first section of the explanation of cash flows. Cash flow from operating activities also includes changes in working capital, such as increases or decreases in inventory, short-term debt, accounts receivable and accounts payable.
Answer:
A. 0.684
Explanation:
A seasonal index refers to an index that is used to compare the value for a particular period with the average value of all periods.
The purpose of using a seasonal index is to show the relationship between the two values, and the degree to which the two values are different.
The seasonal index can be calculated as the latest value for a period divided by the average of all periods. Therefore, we have:
Seasonal index for July = Latest value for July / Average demand over all months = 130 / 190 = 0.684.
Therefore, he approximate seasonal index for July is 0.684.
