...PART 3: DOSAGE CALCULATIONS Please solve the dosage calculation, showing your work. Each question is worth 2 points for a total of 12 points for this section. “Ordered” refers to what strength/dosage the physician requested. “On hand” refers to what is available. 1. Ordered: 5 mg po tid On hand: 2 mg scored tablets • How many tablets do you need for each dose? • How many tablets do you need for a sixty day supply? 2. Ordered: 200 mg po q8h On hand: 110mg/5 mL • How many mL’s do you need for each dose? • How many mL’s do you need for a one-day supply? 3. Ordered: 2.5 g On hand: 50 mg/mL • How many mL’s do you need to give the ordered amount? 4. Ordered: 240cc (a cc is the same as a mL) On hand: oz • How many ounces do you need to give the ordered amount? PART 3: DOSAGE CALCULATIONS (CONTINUED) Please solve the dosage calculation, showing your work. Each questions is worth 2 points for a total of 8 points for this section. Amoxil 125 mg/ 2 mL comes in a 50 mL bottle (when reconstituted) 1. If the patient is to receive 250 mg, what will the dose be in mL? 2. How many teaspoon(s) is (are) equivalent to 250 mg? 3. If a patient is taking 250 mg of Amoxil every 6 hours, how many days should the bottle of medicine last? 4. If a patient is taking 500 mg of Amoxil every 6 hours, how many doses are provided by the...
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...Pediatric calculations Accurate doses are especially important in giving medications to infants and children because even small errors can be dangerous due to their small body size. Two methods are used to calculate pediatric dosages: According to the weight in kilograms (kg) According to the child's body surface area (BSA) Calculations based on body weight 1. The first step is to convert the child's body weight into kg. The formula is 2.2 lb. = 1 kg. 2. The second step is to calculate the medication dose. a. Calculate the daily dose b. Divide the daily dose by the number of doses to be administered. c. Use either the ratio-proportion or formula method to calculate the number of tablets/ capsules or volume to be administered with each dose. Example: A child weighing 76 lbs. is ordered to receive 150 mg of Clindamycin q6h. The pediatric drug handbook states the recommended dose is 8-20 mg/kg/day in four divided doses. The Clindamycin is supplied in 100 mg scored tablets. 1. What is the weight in kg? 76 lbs÷2.2kg/lb. = 34.5 kg 2. What is the safe total daily dose? Minimum: 8 mg/kg/day X 34.5 kg = 276 mg/day Maximum: 20 mg/kg/day X 34.5 kg = 690 mg/day 3. Is this a safe dose? 150 mg/dose X 4 doses/day = 600 mg/day Yes this is within the recommended safe range. 4. Calculate the number of tablets to give. 100 mg: 1 tablet = 150 mg: x (multiply means 100...
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...The following carbon footprint calculation is based on my personal boundary that the amount consumed by myself. The amount consumed is calculated from February 2015 when I moved to the new apartment where I am living to February 2016 which is easier to calculate. Explanation of the calculation of carbon footprint The amount of emission of carbon dioxide can be calculated by the ISA-GHG calculator based on the dollar amount spent on individual activity. Generally, my weekly budget could be divided into three parts: rent, entertainment cost and food cost on supermarkets. Rent accounts for the largest proportion of it, followed by food on supermarkets and entertainment cost. Specifically, individual spending can be evidenced by the receipts and I having been recoding my weekly expense for a long time so they are all reliable sources for the carbon footprint calculation. Moreover, I am living in a shared house with my flatmates, the electricity bill, rent and water bill should be divided by the number of people living in the department to calculate an accurate number. The classification of GHG emission According to the classification of GHG emission, my daily activities can be divided into Scope 1, Scope 2 and Scope 3. Under the food section, I have the direct ownership of those food and vegetable so activities related to them are considered as Scope 1. Under the Housing section, my activity in the past year didn't get involved to natural gas and construction and maintenance...
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...1) The required Income Statement for the years 2010, 2011 and 2012 is as shown below: Income Statements, 2007 - 2012 ($000s except earnings per share) 2007 Net sales Cost of goods sold Gross margin Research and development Selling, general and administrative Operating income Interest expense Other income (expenses) Income before income taxes Income taxes (a) Net income Earnings per share $77,131 $62,519 $14,612 $3,726 $6,594 $4,292 $480 -$39 $3,773 $1,509 $2,264 $1.52 2008 $80,953 $68,382 $12,571 $4,133 $7,536 $902 $652 -$27 $223 $89 $134 $0.09 2009 $89,250 $72,424 $16,826 $4,416 $7,458 $4,952 $735 -$35 $4,182 $1,673 $2,509 $1.68 2010 2011 2012 $120,000 $144,000 $144,000 $97,320 $22,680 $6,000 $10,032 $6,648 $937 -$50 $5,661 $2,264 $3,396 $2.28 $116,784 $116,784 $27,216 $7,200 $12,038 $7,978 $1,317 -$50 $6,611 $2,644 $3,966 $2.66 $27,216 $7,200 $12,038 $7,978 $1,552 -$50 $6,376 $2,550 $3,826 $2.56 (a) In years 2007 and after, Flash's effective combined federal and state income tax rate was 40%. Flash Memory, Inc. Exhibit 2 Balance Sheets, 2007 - 2009 ($000s except number of shares outstanding) December 31, 2008 2007 2009 2010 2011 2012 Cash Accounts receivable Inventories Prepaid expenses Total current assets $2,536 $10,988 $9,592 $309 $23,425 $2,218 $12,864 $11,072 $324 $26,478 $2,934 $14,671 $11,509 $357 $29,471 $3,960 $19,726 $13,865 $480 $38,031 $4,752 $23,671 $16,638 $576 $45,637 $4,752 $23,671 $16,638 $576 $45,637 Property...
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...CALCULATION EXERCICES To the LABORATORY EXPERIMENTS IN MEDICAL CHEMISTRY Edited by: Zoltán Matus Compiled by: Péter Jakus László Márk Anikó Takátsy Pécs, 2007 Table of content: Introduction 3 1. Stoichiometry I. Balancing equations 4 2. Stoichiometry II. Calculation exercises 9 3. The gaseous state 13 4. Concentrations of solutions 17 5. Calculations connected to titrimetry 28 6. Electrolytic dissociation 33 7. Dilute solutions 38 8. Hydrogen ion concentration, pH, buffers 44 9. Heterogeneous equilibria. Crystallisation, solubility product, partition coefficient 55 10. Thermochemistry 64 11. Electrochemistry 67 2 INTRODUCTION The chapter is devoted to helping the students practice the most important topics of General Chemistry. The order of the sections follows the schedule of the lectures and seminars, and their volume indicates the importance of the topic. Each section begins with a few solved problems. They represent the minimum requirement at the exam. The worked-out solutions are not the only ones. For an easier self-checking, the numerical results of the unsolved calculation exercises are given in parentheses after each question. Sources: 1.) Laboratory experiments in medical chemistry, ed. György Oszbach, Pécs, 1998. 2.) Villányi Attila: Ötösöm lesz kémiából, (6. ed.) Mőszaki Könyvkiadó, Budapest., 1999 3.) Charles E. Mortimer...
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...More ... * Search the Archive * Browse by clinical topic * Browse by issue date * Awards * Nursing Times Awards * Student Nursing Times Awards * Patient Safety Awards * Care Integration Awards * Write for Us * Nursing events * Courses * Subscribe from overseas * Francis report * Nursing Practice * Nursing Times Learning * Opinion * Student Nursing Times * Jobs * Subscribe * You are here: Home * Clinical Zones * Medicine management How to ensure patient safety in drug dose calculation 12 October, 2012 Medicines management is a core nursing skill. This review gives an introduction to and taster of our newly launched online Nursing Times Learning unit on drug calculations. Keywords: Patient safety/Drug calculation/Medicines management * This article has been double-blind peer reviewed * Figures and tables can be seen in the attached print-friendly PDF file of the complete article in the ‘Files’ section of this page Medication incidents accoun-ted for 11% of all patient incidents reported to the National Reporting and Learning System (2012) in England and...
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... Bank investments R 400 000 Motor vehicle R 400 000 R 300 000 R 250 000 Income tax R 84 000 Insurance portfolio: Death benefit Life cover benefit payable on death Life policy payable to the estate R2 500 000 Life policy payable to Juliette R3 100 000 Keyman policy owned by his employer R1 300 000 Retirement Annuity fund R2 200 000 In terms of Romeo’s Last Will and Testament, he leaves his residential property to his spouse and the residue of the estate to his child. Romeo’s marginal tax rate is 40% Question 1 (5 marks) Calculate the executor’s fees payable in the event of Romeo’s death. Show your calculations. Question 2 (10 marks) 2.1 Indicate which assets will not attract CGT in the event of Romeo’s death and explain why not. 2.2 Calculate the CGT payable in the event of Romeo’s death. Show all your calculations Question 3 (22 Marks) 3.1 Explain whether the Annuity proceeds payable on his death will attract estate duty. 3.2...
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...with stamped drawings, you'll eventually need to do commercial load calculations in the field or on a licensing exam. The NEC covers commercial calculations in Art. 220, but other articles also apply. For example, you must know the definitions in Art. 100, be familiar with what Art. 210 says about continuous loads, and understand the overcurrent protection requirements set forth in Art. 240. Two items associated with this type of calculation repeatedly need clarification: * Voltage The voltage to use for your calculations depends on the system design voltage. Thus when you calculate branch-circuit, feeder, and service loads, you must use a nominal system voltage of 120V, 120/240V, 208Y/120V, 240V, 347V, 480Y/277V, 480V, 600Y/347V, or 600V unless otherwise specified (220.2) (Fig. 1 below). * Rounding Refer to 200.2(B) to end the rounding mystery. When the ampere calculation exceeds a whole number by 0.5 or more, round up to the next whole number. If the extra is 0.49 or less, round down to the next whole number. For, example, round 29.5A up to 30A, but round 29.45A down to 29A. Specific loads. Art. 220 doesn't cover all specific loads. For example, you'll find motors in Art. 430 and air conditioners in Art. 440. To know if you should look in another Article, use the NEC index. <b>Fig. 1.</b> Don’t make the mistake of using actual field measurements of system voltage in your calculations. Unless specified otherwise, loads shall be computed using the nominal...
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...Step 4 Calculation * Step 11 Calculation * Step 15 Calculation * Step 17 Calculation * Step 19 Calculation * Summary of RF Behavior | 2 2 2 2 2 15 | Calculate each of the five measurements in the project.In your own words, summarize what you have learned concerning RF behavior from your calculations, readings, and research. | Case Project 4-3: MIMO (page 156) 25 points * Introduction * Advantages/Disadvantages * Applications * Future | 55510 | Discuss MIMO antenna technology, including history, advantages, disadvantages, current applications, and future. | Total | 50 | A quality paper will meet or exceed all of the above requirements. | Deliverables IMPORTANT: A report template is provided beginning on the next page, and you must use it to submit your assignment. Before submitting your assignment, delete the pages containing the instruction and rubric. Your submitted assignment should begin with the title page and only contain your report. Don’t forget to place your name, your professor’s name, and the date on the title page. Week 2 iLab Report Francisco Santoya DeVry University NETW360: Wireless Technologies and Services COMPUTE RF BEHAVIOR AND MIMO Submitted to: Professor: Jalinous Date: 9/11/13 Compute RF Behavior Calculate each of the five measurements in the project by performing every step in sequence. In your own words, summarize what you have learned concerning RF behavior. Calculations Step...
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... Running costs and depreciation | Marks: Part A -Report (40%) Part B- In class Assessment Task (60%) | Weighting: 20 % | Outcomes to be assessed: MGP-1 uses mathematics and statistics to compare alternative solutions to contextual problems MGP-2 represents information in symbolic, graphical and tabular form MGP-3 represents the relationships between changing quantities in algebraic and graphical form MGP-5 demonstrates awareness of issues in practical measurement, including accuracy, and the choice of relevant units MGP-6 models financial situations relevant to the student’s current life using appropriate tools MGP-7 determines an appropriate form of organisation and representation of collected data MGP-8 performs simple calculations in relation to the likelihood of familiar events MGP-9 uses appropriate technology to organise information from a limited range of practical and everyday contexts MGP-10 justifies a response to a given problem using appropriate mathematical terminology. | Buying a car Candice is 24 years old, single and lives in Orange, New South Wales. She works full-time (five days per week) at Bathurst Base Hospital in Bathurst. Candice needs to purchase a car to travel to and from work and to use on weekends. She estimates that, on average, she drives 30 kilometres each weekend. Most of her driving is on the open road. The car will be parked in her driveway in Orange each night and in the hospital car park while she is at...
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...using System; using System.Collections.Generic; using System.ComponentModel; using System.Data; using System.Drawing; using System.Linq; using System.Text; using System.Threading.Tasks; using System.Windows.Forms; using System.IO; namespace Project { public partial class Form1 : Form { public Form1() { InitializeComponent(); } private void label2_Click(object sender, EventArgs e) { } private void label17_Click(object sender, EventArgs e) { } private void Form1_Load(object sender, EventArgs e) { } private void label20_Click(object sender, EventArgs e) { } private void label21_Click(object sender, EventArgs e) { } private void label19_Click(object sender, EventArgs e) { } private void label22_Click(object sender, EventArgs e) { } int numkChesney, numjBoog, numCitizens, numGovt, numMacy; double pricekChesney = 0, pricejBoog = 10.00, priceCitizens = 31.00, priceGovt = 29.50, priceMacy = 30.75; double costkChesney, costjBoog, costCitizens, costGovt, costMacy, subtotal, discountAmount, discountRate, servicecharge, tax, total; double taxRate = 0.075; private void checkoutButton_Click(object sender, EventArgs e) { Button b = (Button)sender; ...
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... $500,000 b) Moderate demand .38 $25,000 c) Poor demand .15 $1000 So, with the above given variables, to calculate the expected value, you multiply each probability times the corresponding payoff. Then add the results for each decision outcome. Calculations: a) .47 (500,000) = $235,000 b) .38 (25000) = $9500 c) .15 (1000) = $150 Branch 1 expected value = $244,650. 2). Develop rapidly: a) Good demand .06 $500,000 b) Moderate demand .16 $25000 c) Poor demand .78 $1000 Calculations: a) .06 (500,000) = $30000 b) .16 (25,000) = $4000 c) .78 (1,000) = $780 Branch 2 expected value = $34780 Consolidate existing product: 3). Strengthen products: a) Good demand .69 $2,000 b) Moderate demand .27 $10,000 c) Poor demand .04 $3,000 Calculations: a) .69 (2,000) = $1380 b) .27 (10,000) = $2700 c) .04 (3,000) = $120 Branch 3 expected value = $4200 4). Reap without investing: a) Good demand .32 $10,000 b) Poor demand .68 $1,000 Calculations: a) .32 (10,000) = $3,200 b) .68 (1,000) = $680 Branch 4 expected value = $3880 The decision alternative with the most favorable expected value would be the choice to develop a new product, and specifically, to develop it thoroughly. This decision alternative has the highest and most favorable...
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...strategies has financial costs and benefits. These are discussed below. 1) Ten per cent increase through efficiency The efficiency improvement strategy carries no costs and should yield 10 per cent on the bottom line, or about an additional $12,100 profit. The calculations are: $550,000 annual revenue x 2% margin = $11,000 net profits $11,000 net profit x 10% efficiency improvement = $1,100 $11,000 + 1,100 = $12,100 increase in net profits 2) Add adventure diving The adventure diving resort strategy will require about $15,000 to get started. It should yield about $95,680 additional revenue. The calculations are: 8 divers per trip x $115 for each diver = $920 revenue per trip $920 each trip x 2 dives per week - $1,840 revenue per week $1,840 revenue per week x 52 weeks = $95,680 annual adventure diving revenue 3) Focus on family diving The family diving resort strategy will cost $60,000 to $160,000 (in renovations and improvements) and should yield at least an additional $157,000 over current revenues, assuming no increases in prices. If Coral Divers raises its prices to equal other family resorts, the revenues should be even higher. Two methods of calculation are shown below. Method 1: Occupancy during high season is 90 per cent, so: 90% (“x”) = 0.90x [where “x” equals total seasonal revenue] And occupancy during low season is 50 per cent, so: 50% (“x”) = 0.50x [where “x” equals total seasonal revenue] ...
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...00 Moving to an outside vendor will allow Clark Equipment to reduce their overhead costs by 70%. What is the maximum purchase price the company should consider to move to an outside vendor without respect to any other issue? (present calculations for partial credit). Label your answer. Q2 When considering a move to outsourcing a process, eliminating a department and all its employees, what issues should be considered? These issues should be financial as well as strategic. Your answer should be presented as a bulleted list. Q3 What issues should be considered when deciding whether to eliminate a department in a retail store? Your answer should discuss the issues of profitability and include the concept of the contribution format income statement as well as the effect on sales for the store. Q4 How might the use of a predetermined overhead rate compare to the actual results of the activities affected by the predetermined overhead rate? Your answer should begin by explaining how a predetermined overhead rate is calculated and conclude with why there would be variances from the original estimated values in the calculation (do not discuss any variables except those directly related to the predetermined overhead rate calculation). Q5 What is the first budget and why is that important? How does it affect all remaining budgets? Q6 Describe the specific items you would...
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...whether a floor price and taxing on alcohol would benefit Thailand’s population and also whether the UK should trial similar ideas. A Simple Model for Demand To be able to work out the effect that the increase in demand will have on the annual consumption I would have to interpret the data given in the report. As we are told, the price per litre of alcohol is expected to increase by 60% to 2,500 Baht in 2013, I was therefore able to work out that in 2012 the average price of alcohol would have been 1,562.5 Baht per litre by doing the following calculation: 2500 / 160% = 1562.5 2500 / 160% = 1562.5 378 / 100 1.5 = 372.33 378 / 100 1.5 = 372.33 Moreover, as we were also told in the report the annual amount of alcohol consumed in 2012 was 378 million litres and that this is expected to decrease by 1.5% by 2013. I was able to calculate the predicted amount of litres of alcohol consumed by doing the simple calculation: An Equation for the Demand Curve The information that I have formulated above has allowed me to be able to calculate the gradient and more importantly the equation of the demand curve between Thailand’s annual consumption of...
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