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Exercise 7.5 (Algo) Product and Customer Profitability Analysis [LO7-4, LO7.5] Thefmal Rising, Incorporated, makes paragliders for sale through specialty sporting goods stores. The company has a standard paraglider model, but also makes custom-designed paragliders. Management designed an activity-based costing system with the following activity cost pools and activity rates: \table[[Activity Cost Pool,Activity Rate],[Supporting direct Labor,

,per direct labor-hour],[Order processing,

,per order],[Custom design processing,

,per custon design],[Customer service,

,per customer]] Management wants to calculate the profitability of a particular customer, Big Sky Outfitters, which ordered the following products over the last 12 months: \table[[,Standard Model,Custom Design],[Number of gliders,14,2],[Number of orders,1,2],[Number of custoa designs,0,2],[Direct labor-hours per glider,29.50,34.00],[Selling price per glider,$ 1,9e0,$ 2,440],[Direct materials cost per glider,$ 460,$ 574]] The company's direct labor rate is

per hour. Required: Using the company's activity-based costing system, compute the customer margin of Big Sky Outfitters. Note: Round your intermediate calculations and final answer to the nearest whole dollar amount. Loss amounts should be entered with a minus sign. Customer margin

Locate the Treasury issue in Eigure 7.4 maturing in February 2029. Assume a par value of

. a. What is its coupon rate? (Enter your answer as a percent rounded to 3 decimal places, e.9., 32.161.) b. What is its bid price in dollars? (Do not round intermediate calculations and round your answer to 2 decimal places, e.g. 32.16.) c. What was the previous day's asked price in dollars? (Do not round intermediate calculations and round your answer to 2 decimal pleces, e.g- 32.15.) \table[[a.],[Coupon rate,,

,],[b.,Bid price,,],[c.,Previous day's price,,]] \table[[Maturity,Coupon,?rensurs,Notes and Honds,

,Askeed Yield],[11/15/2018,1.250,100.1484,100.1641,0.0391,1.169],[4/15/2019,0.875,99.0703,99.0859,0.0695,1.246],[4/30/2020,1.125,98,5938,98.6094,0.1016,1-568],[8/15/2021,8.125,127.4844,127.5000,0.2344,1.867],[7/31/2022,2.000,99-9609,99.9766,0.2266,2.004],[2/28/2023,1.500,96.5703,96.5859,0.2500,2.096],[3/15/2024,2.500,101.9375,101.9631,0.3125,2.210],[8/15/2025,6.875,135.8438,135.8594,0.3438,2.262],[8/15/2026,1.500,92.4766,92.4922,0.2969,2.380],[8/15/2027,6,375,136.8281,136.8438,0.4688,2.414],[8/15/2028,5-500,130.2891,130.3516,0.4531,2.473],[11/15/2028,5.250,128.1563,128.2188,0.4453,2.485],[2/15/2029,5.250,128.7578,128.8203,0.4609,2.478],[8/15/2029,6.125,139.1875,139.2500,0.5391,2.478],[5/15/2030,6.250,142.5781,142.6406,0.5938,2.478],[2/15/2031,5.375,134,3438,134-4063,0.5625,2.470],[2/15/2036,4.500,128.0781,128.1406,0.7031,2.618],[2/15/2037,4.750,131.7891,131.8516,0.7500,2.688],[5/15/2037,5.000,135.9531,136.0156,0.7656,2.690],[5/15/2038,4.500,128.0625,128.1250,0.6875,2.749],[2/15/2039,3.500,110.9844,111.0469,0.6406,2.824],[8/15/2039,4.500,127.4922,127.5547,0.7344,2.839],[2/15/2040,4.625,129.7188,129.7813,0.6953,2.855],[11/15/2040,4.250,123.3438,123-4063,0.7422,2.885],[2/15/2041,4750,132.4688,132.5000,0.7578,2.872],[2/15/2042,3.125,103.3516,103.3828,0.6484,2.934],[2/15/2043,3.125,103.1406,103.1719,0.6250,2.950],[5/15/2043,2.875,08.3594,98.3906,0.5625,2.963],[2/15/2044,3.625,112.7266,112.7578,0.6484,2.939],[2/15/2045,2.500,90.7578,90.7891,0.6016,2.987],[11/15/2046,2.875,98.1172,98.1484,0.6719,2.969]]

For the bar assemblages shown in Figures P3-2 through P3-11, determine the nodal displacements, the forces in each element, and the reactions. Use the direct stiffness method for these problems.

ure P3-11

Implementation of the ISO 50001 includes the stepwise process of plan, __________, check, and act.

For which of the following judgments may an independent auditor share responsibility with an entity's internal auditor who is assessed to be both competent and objective? Multiple Choice

Assessment of inherent risk, yes; assessment of control risk, no:

Assessment of inherent risk, no; ass?ssment of control risk, no.

Assessment of inherent risk, no; assessment of control risk, yes.

Assessment of inherent risk, yes; assessment of control risk, yes. Prev 13 of 25 Next MacBook Pro

Give an example of an infinite p?group. Recall that G is simple if G contains no normal subgroups except for G itself and the identity

QUESTION 1 Automation and business intelligence UNI Manufacturing, a mid-sized production company, is experiencing operational inefficiencies. The management team has noted that repetitive tasks are consuming valuable employee time, leading to delays in production schedules. In addition, the company lacks a comprehensive system to analyse sales data, limiting its ability to make informed business decisions. To address these challenges, management has decided to implement automation and a business intelligence (BI) system. 1.1 Define the concepts of automation and digital workflow. Explain two advantages of each in the context of UNI Manufacturing. (10 marks)

Initial Ideas: You investigated how two objects interact when one or both have a net charge or have a charge imbalance. These objects did not have to be in contact to act on or influence each other. Prior to the semester, you studied another interaction (force) that also did not require the objects in contact with each other. What was that force? Discuss and record concepts you recall related to this force. Scientists constructed a working model to make interaction possible between objects that are not in physical contact. The field model approach for interaction-atused in mechanics, where the field served as an intermediary

You are called to assess a patient complaining of chest pain ( 9 on a 1-10) who shows evidence of a left vent would be your greatest anticipated problem?

The development of hypotension.

The development of peripheral edema.

The progression into a life-threatening rhythm.

The potential the patient will throw a pulmonary embolism.

Data on the oxide thickness of semiconductor wafers are as follows:

. 426, 409, 437, 422, 428, 413, 416. (a) Calculate a point estimate of the mean oxide thickness for all wafers in the population. (b) Calculate a point estimate of the standard deviation of oxide thickness for all wafers in the population. (c) Calculate the standard error of the point estimate from part (a). (d) Calculate a point estimate of the median oxide thickness for all wafers in the population. (e) Calculate a point estimate of the proportion of wafers in the population that have oxide thickness of more than 430 angstroms.