Answer:
Using the weighted average method, the equivalent units produced by the department were:
= 8,760 units.
Explanation:
a) Data and Calculations:
Units Conversion
Ending inventory 1,560
Units completed 8,370
Units available 9,930
Beginning inventory 1,470 35%
Additional units started 8,460
Equivalent units of production:
Units completed 8,370 8,370 (100%)
Ending inventory 1,560 390 (25%)
Equivalent units of production 8,760
Padco averages $15 million worth of inventory in all of its worldwide locations. they operate 51 weeks a year and each week averages $3 million in sales (at cost). their inventory turnover is 10.2 turns.
Inventory turnover is a financial ratio that demonstrates how frequently a company sells and replaces inventory over a specific time frame. The days it takes to sell the company's inventory on hand can then be determined by multiplying the number of days in the period by the inventory turnover formula.
Businesses can improve their decisions about pricing, production, marketing, and the acquisition of new inventory by calculating inventory turnover.
Inventory turnover quantifies how frequently a business can replenish the stocks it has sold during a specific time period. A slower ratio suggests either strong sales or insufficient inventory, while a quicker ratio suggests either weak sales or high sales.
The industries with the largest inventory turnover rates tend to be those with low margins and high volumes, like supermarkets and merchants.
Learn more about inventory turnover here:
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Answer:
ending RE 30,000
Explanation:
Using the acounting equation we solve for the beginning RE
<em>Assets = liab + equity</em>
155,000 = 85,600 + 52,400 + Retained Earnings
155,000 - 85,600 - 52,400 = <em>17,000</em>
beginning RE 17,000
net income
revenues 36,000 - 20,000 expenses = 16,000
dividends: 3,000
ending RE: 17,000 + 16,000 - 3,000 = 30,000
Answer:
(a) 9.9%
(b) 10.09%
The further explanation is given below.
Explanation:
The given values are:
Coupon payment
= $99
Price
= $1,000
(a)
The Yield to maturity (YTM) will be:
= 
where,
C = Coupon payment
P = Price
n = years to maturity
F = Face value
On putting the estimated values is the above formula, we get
⇒ 
⇒ 
⇒ 
%
(b)
Although the 1st year coupon was indeed reinvested outside an interest rate of r%, cumulative money raised will indeed be made at the end of 2nd year.
= ![[99\times (1 + r)] + 1,099](https://tex.z-dn.net/?f=%5B99%5Ctimes%20%281%20%2B%20r%29%5D%20%2B%201%2C099)
Came to the realization compound YTM is therefore a function of r, as is shown throughout the table below:
Rate (r) Total proceeds Realized YTM (
)
7.9% 1205.8 9.8%
9.9% 1207.8 9.9%
11.9% 1209.8 9.99%
Now,
Overall proceeds realized YTM:
= 
= 
= 
= 
= 
= 
= 
%
<span>Contingency tables are the most common way of showing both marginal and conditional distributions. Reading them is quite easy and intuitive, and often the graphical part of the analysis is left at that. Taking a step further, one can translate the table into a chart: it is advised to use a bar chart to effectively show the data</span>
