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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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 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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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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Air 0.0013 Water 1.00 Aluminum 2.70 Gold 19.3 1. An object has a mass of 57.7 g and occupies a volume of 21.65 cm3‚ what is its density? 2. An object whose density is 1.98 x 103 kg/m3 has a mass of 35.4 g. How many cubic centimeters does the object occupy? 3. A cylinder has a radius of 12.0 cm. It has a density of 15.2 g/cm3 and a mass of 100 g. What is the height of the cylinder? (Hint: volume of a cylinder can be calculated
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The volume of one mole of gas under conditions of room temperature and pressure Data collection and processing Quantitative data in table with units and uncertainties | Mass of Magnesium(Mg) (g) | Volume of Hydrogen (H₂) (cm³) | 1st trial | 0.040 | 39.9 | 2nd trial | 0.040 | 40.3 | 3rd trial | 0.035 | 36.5 | Quantitative data: The Magnesium was silvery-white‚ lustrous and relatively flexible before being placed in the burette. Whilst reacting with the hydrochloric acid‚ it dissolved
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disturbance in liquid. For example if the ball is dropped into water‚ its energy will affect the water‚ causing some amount to splashed out. When the ball is released from a height‚ its initial potential energy combined with the gravitational energy form a kinetic energy‚ which transmitted to the water. So I will investigate the relationship of drop height of the ball and the amount of water splashed out. Research question: How does the volume of water splashed out depend on drop height of the ball? Explanation
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runoff in the water as it rains. That eventually my end up inside our ponds and lakes. In the case of piper lake‚ a fertilizer plant‚ HTC fertilizers‚ leakes large amounts of fertilizer into eagle river which feeds onto piper lake. Since then algal blooms have been a dramatic increase. We did an experiment to truly if the fertilizer was affecting the algae in the water. In our experiment we had 6 test tubes. Each test tube had a different ratio of algae to fertilizer in the water. Our first test
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Human activities that may affect water ecosystems such as oceans FISHING Reducing the fish communities in rivers and oceans‚ destructive fishing techniques can also cause water pollution and damage to coral and other aquatic life. Destructive fishing techniques involve the use of dynamite or cyanide; trawling in coral-rich ecosystems; bottom trawls that are dragged along the ocean floor‚ also disrupt and damage critical habitats. DUMPING Coastal communities have long used oceans as dumping grounds
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have the same volume as the original model. Q1. Use a piece of A4 paper to make a box with a length of 10cm and a width of 3cm. Then find the volume of the box and the total surface area of the paper used to make the box. T.S.A: 5 rectangles and 4 squares 5 x L x W + 4W = 5 x 10 x 3 + 4 x 9 = 186cm Volume: 5 rectangles and 4 squares L x W x H = 10 x 3 x 3 = 90cm Q2. Make another box with the same general shape‚ but chose a different length and width. Then find the volume of the box and
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