Average Inventory = $1,050,000 (at cost)
Last Year's Sales Volume = $22,500,000
Last Year's Cost of Goods Sold= $7,350,000
Inventory Carrying Cost = 20% annually
Thus, Inventory Turnover Rate= (Cost of Goods Sold / Average Inventory) = $7,350,000 / $ 1,050,000 = 7 times
Inventory Carrying Cost for the year= Cost of Inventory * Carrying cost Percentage = $1,050,000 * 20% = $210,000
A bond was issued five years ago with 20 years to maturity carrying 8 percent coupon rate and a market rate of 9%. The issuer’s financial performance has deteriorated significantly and the premium for the possibility of bankruptcy has changed from 3 percent to 5 percent. What is the current price of this bond if the interest is paid annually? Can you please show me on a Ti83 calculator?
An EOQ Problem Suppose we must secure 8000 of some SKU annually, at a cost of $10 a unit. There are 250 working days inthe year and costs us $30 to place an order, regardless of its size. We estimate our inventory holding cost to be 30% annually. * Should we order 8000 immediately? * Should we order these one at a time? * Generally speaking, what is the annual cost of a particular order size “Q”? * So, how...
MATERIALS Units normally required annually Cost per onder Annual carrying cost Lead time normal daly used maximun daily uses 730 10 12 40 s days (round to the nearest whole umber The most economical order quantity is 10 A 2 annual.required.units carrying cost cost per order 12 20 C 41 for any following problems 35 Disregard your answer in # 9 Use economic quantity of Number of orders per year 1 10 A Total units required Economic order quantity 21...
a. Compute the future value of $2,000 compounded annually for 20 years at 6 percent. (Do not round intermediate calculations and round your answer to 2 decimal places, e.g., 32.16.) Future value $ 4,207.14 b. Compute the future value of $2,000 compounded annually for 15 years at 9 percent. (Do not round intermediate calculations and round your answer to 2 decimal places, e.g., 32.16.) Future value $ c. Compute the future value of $2,000 compounded annually for 25 years at...
k%20-%20Weees202%20(includes%20Chapters%204, 6)html Question text nventory Costing Methods and the Perpetual Method McKay & Company experienced the following events in March: Event Units Unit Cost Total Cost - Mar. 1 Purchased inventory 100 $25 Mar 3 Sold inventory Mar 15 Purchased inventory 100$28 $2,800 Mar 20 Sold inventory 60 40 Assume the perpetual inventory system is used. Use the weighted-average inventory costing method Round weighted-average cost per unit to two decimal places. Use rounded answer for subsequent calculations. Round all other...
Sixty percent of households say they would feel secure if they had $50,000 in savings. You randomly select 8 households and ask them if they would feel secure if them had $50,000 in savings. Find the probability that the number that say they would feel secure is (a) exactly five, (b) more than five, and (c) at most five
Fifty dash fiveFifty-five percent of households say they would feel secure if they had $50,000 in savings. You randomly select 88 households and ask them if they would feel secure if they had $50,000 in savings. Find the probability that the number that say they would feel secure is (a) exactly five, (b) more than five, and (c) at most five.
Seventy percent of households say they would feel secure if they had $50,000 in savings. You rand 8 households and ask them if they would feel secure if they had $50,000 in that say they would feel secure is (a) exactly five, (b) more than five, and (c) at most five. 43. omly seledt (a) Find the probability that the number that say they would feel secure is exactly five. P(5)- Round to three decimal places as needed.) (b) Find...
( Bond Valuation) You own a 20-year, $1,000 par value bond paying 6 percent interest annually. The market price of the bond is $750, and your required rate of return is 10 percent. 1) What is the value of the bond to you, given your 10 percent required rate of return?
If only 5 percent kids can secure A grade in a paper, find the probability of at most 2 out of 10 kids getting A grade in that paper.