Liquidity Ratios: Current Ratio = Current Assets/Current Liabilities Efficiency Ratios Asset Turnover Ratio = Sales Revenue/ (Fixed Assets + Current Assets) Profitability Ratios Net Profit Margin = (Net Profit x 100) /Sales Revenue Return on Capital Employed = Net Profit (Operating Profit) x 100 (ROCE) Capital Employed Solvency Ratios Gearing Ratio = Total Liabilities/Shareholders Equity Investment Ratios Earnings per Share
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Ratio analysis Debt ratio Debt ratio (2006-2007) = Total liabilities / Total assets = 10‚170/12‚064 = 0.84 Debt ratio (2007-2008) = 9‚210/11‚769 = Debt ratio (2008-2009) = 10‚003/11‚229 = Debt ratio (2009-2010) = 11‚043/12‚537 = Current ratio Current ratio (2006-2007) = Current assets / Current liabilities = 3‚424/4‚790 = 0.71 Current ratio (2007-2008) = 2‚164/4‚498 = Current ratio (2008-2009) = 1‚326/5‚389 = Current ratio (2009-2010) = 2‚697/6‚085 = Return on sales (ROS) Return on Sales
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PROFITABILITY RATIOS RETURN ON INVESTMENT (ROI): The prime objective of making investments in any business is to obtain satisfactory return on capital invested. Hence‚ the return on capital employed is used as a measure of success of a business in realizing this objective. Return on Investment establishes the relationship between the profit and the capital employed. It indicates the percentage of return on capital employed in the business and it can be used to show the overall profitability
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OPERATING & FINANCIAL PERFORMANCE OF THE COMPANY PROFITABILITY RATIOS * Gross Profit marging Gross ProfitSales×100% 2010/2011 2009/2010 = (171‚325‚029/435‚759‚776) *100 = (59‚257‚454/327‚593‚843)*100 = 39.3164% = 18.0887% * Profit Margin = NPBT * 100 Sales 2011/2012 2010/2011 = (41‚896‚089/ 435‚759‚776)
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and 2 ------------------------------------------------- Assignment 2012/2013 – Semester 2 ------------------------------------------------- B. Com (Major in Banking and Finance) – Year III ------------------------------------------------- Ratio Analysis Report ------------------------------------------------- Student: Kevin Galea 205891 (M) ------------------------------------------------- Lecturer: Dr. Emanuel Camilleri Introduction The purpose of the following report is to aid
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Cody Morton 10 October 2011 Drop in the Bucket Imagine a family that is struggling to get by and are suddenly stripped from their suburban home because of a natural disaster‚ such as a flood‚ that tore through the house like it was butter‚ and flooded their basement to halfway up their stair case to the second level. Everything they had worked for‚ all the memories made and all of their most prized possessions were lost. But the insurance denied the claim and did not give you any money to rebuild
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Factor Affecting SDCCH Drop Ghost SDCCH Double-Access /Multiple reservations due to co-Bsic‚ co-BCCH. Check and improve frequency plan. RACH retransmissions/Multiple reservations due to bad coverage or interference and high numberOfRachRetransmissions. Lower RACH retransmission parameter value. Check and improve frequency plan and/or downtilt. FM: Check alarms CM: RACH retransmission parameter value Check Frequency plan RxLevAccessMin BTS is not declared in MSC PM: RxQuality
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Ratio decidendi and obiter dicta Learning objectives At the end of this module‚ you will be able to: * distinguish between ratio decidendi and obiter dicta. * apply well-established rules to identify the ratio decidendi in a decision. This module is intended as a useful exercise in revision. If you are certain that you understand how to discover the ratio in an opinion‚ you should skim lightly over this material. What is the ratio decidendi? As you probably recall from your studies
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Running head: Egg Drop Lab Report Egg Drop Lab Report Jon Johnson Rochester Area High School Egg Drop Lab Report Introduction The objective of this project was to create a structure that will protect a raw egg and prevent it from breaking when being dropped from a minimum height of two meters. A decent hypothesis or prediction one could develop before any experimental trials would be as follows. The structure that provides the longest duration of impact between the falling egg the
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these patients is known as “foot-drop.” Foot-drop is the result of weakness or damage to the common peroneal nerve or a paralysis of the tibialis anterior muscle causing an inability to dorsiflex the foot during the swing phase of gait. This results in the patient having to clear the toes of the effected foot by using some type of compensatory motion of the legs or hips. There are a number of techniques that can be used to help to reduce the effects of foot-drop‚ one of the oldest and most common
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