5) Information about Clearwater Company's direct materials cost follows: Standard price per materials ounce $ 100 Actual quantity used 8,700 grams Standard quantity allowed for production 9,100 grams Price variance $ 76,125 F ________________________________________ Required: What was the actual purchase price per gram? (Round your answer to 2 decimal places. Omit the "$" sign in your response.) Actual purchase price $ (0%) P16-43 Direct Materials (L.O. 5) Information about Clearwater Company's direct materials cost follows: Standard price per materials ounce $ 100 Actual quantity used 8,700 grams Standard quantity allowed for production 9,100 grams Price variance $ 76,125 F ________________________________________ Required: What was the actual purchase price per gram?
due = downpayment – total 10. Write a pseudocode statement that multiplies the variable subtotal by 0.15 and assigns the result to the variable totalfee. First you must make the variables real numbers. example.Dim subtotal As Double = 0 The statement asked for in the question will appear as totalfee = subtotal *
5. b = r(sy/sx). (On the regression line, a change of one standard deviation in x corresponds to a change of standard deviation y. 6. a = y - bx. 7. The slope b is the approximate change in y when x increases by 1.
The first class in a relative frequency table is 50–59 and the corresponding relative frequency is 0.2. What does the 0.2 value indicate? Answer: ____Convert 0.2 to a % by times by 100. So 0.2 = 20%, so 20% of the data is between 50 and 59______________ 3. When you add the values 3, 5, 8, 12, and 20 and then divide by the number of values, the result is 9.6.
TASK 1 A. Complete the attached “Simulation Template” to determine the following costs: 1. Average materials cost per unit The first thing I had to do was figure out the random numbers interval in order to figure out the material cost per unit. Materials Probability Cost Random Numbers Interval* 0.2 $ 33.00 0.00 < 0 .20 0.33 $ 35.00 0.21 < 0.53 0.37 $ 38.00 0.54< 0.90 0.1 $ 39.00 0.91 < 1 *The random number interval came from the probability which was provided in the simulation template. I first start with 0.00 less than the probability which is 0.20 then we start at 0.21 less than 0.53.
c) Filter the data to display only records with an amount received greater than zero. (Hint: The filter arrows will reappear when you add the filter.) d) Use the Subtotal command to calculate and display the total amount received for each fund. (Hint: The subtotal should be calculated for each fund name, and the Grand Total should appear at the bottom of the Amt Received
Chapter 6 8. 1. The parameters of the opportunity set are: E(rS) = 15%, E(rB) = 9%, sS = 32%, sB = 23%, r = 0.15, rf = 5.5% From the standard deviations and the correlation coefficient we generate the covariance matrix [note that Cov(rS, rB) = rsSsB]: Bonds Stocks Bonds 529.0 110.4 Stocks 110.4 1024.0 The minimum-variance portfolio proportions are: wMin(B) = 0.6858 The mean and standard deviation of the minimum variance portfolio are: E(rMin) = (0.3142 × 15%) + (0.6858 × 9%) = 10.89% = [(0.31422 × 1024) + (0.68582 × 529) + (2 × 0.3142 × 0.6858 × 110.4)]1/2 = 19.94% % in stocks % in bonds Exp. return Std dev. 00.00 100.00 9.00 23.00 20.00 80.00 10.20 20.37 31.42 68.58 10.89 19.94 Minimum variance
To understand the situation better, I used to small squares of paper and named them Ship 1 and Ship 2. I decided that Ship 1 was the Ship I was going to block. I put Ship 1 at New York and Ship 2 at San Francisco. After one metaphorical month passed, I moved Ship 1 to port 2, Ship 2 to Port 5, and fed
Using the formula for slope find the slope of the following: 1. (1, 15), (2, 25) 2. (2, 25), (3, 35) 3. (1, 15), (3, 35) 4. (3, 35), (4, 45) Assume that the total cost is a linear function of the number of packages ordered.
This can be accomplished by creating a new column of vendor numbers from the Roger_Company_Vendors table and adding it to Roger_Company_AP_Transactions table. Problem 2 In prior year’s audits, the auditor has discovered cutoff errors in the purchasing area. In some cases, Rogers included a liability in the subsequent year when it should have been included in the current year. In other cases, Rogers included a liability in the current year, even though the purchase transaction related to the next year. For purposes of this problem only, assume the fiscal year for Roger Company is from March 1, 2011 to February 28, 2012.