by the customers. To understand the process furthermore‚ Figure 1 shows that B2 can be binned into C1 or C2 which will be binned into D1 and D2. They will then be binned into E1 and E2 which are assembled into devices. However‚ if C1 contains similar characteristics as C2‚ it can used to substitute C2 in case of C2 shortage. E2‚ can be binned from D1‚ D2 and D3‚ is called an alternate bill of material which means it can be produced in multiple ways. Considering all the possible ways of manufacturing
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Achieved? Task 1: Sources of Finance (P4) Presentation Task 2: Physical & Technological Resources (P3‚ M1) Report Task 3: The Importance of Budgets (M4‚ D3) Report Task 4: Ratio Analysis (P5‚ P7‚ M3 & D2) Glossary‚ Table‚ Presentation & Report Task 5:Break Even Analysis (P6) Break Even chart (hand written) Task 6: Human Resources (P1‚ P2‚ M1 & D1) Leaflet‚ Glossary‚ Report Additional comments: 1) All work has been submitted through the VLE‚ it is marked electronically. 2) Work completed by hand
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1. INTRODUCTION 1.1WIRELESS ELECTRONIC NOTICE BOARD USING R.F:- Data Security is primary concern for every communication system. There are many ways to provide security data that is being communicated. However‚ what if the security is assured irrespective of the hackers are from the noise. This Project describes a design of effective security for data communication by designing standard algorithm for encryption and decryption. R.F. is a PAN technology based on the IEEE 802.15.4 standard.
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(C1) Each year ‚ grass field cost a large sum of money for basic maintenance to keep it in tip-top shape. (D1) Over the cost of one year ‚ the average upkeep by average is 52‚500.00 dollars year including the cost of herbicides ‚ pesticides ‚ re -sodding ‚ water ‚mowing ‚ compared to the 5‚000.00 a year for turf fields (Analysis of Cost:Natural Grass Versus
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3.1. L.O. 3.3: Specify how a range of functional areas may develop to contribute to the achievement of your company’s marketing objectives over at least three (3) years. (Word limit : 1200) Learning outcomes 3.1‚ 3.2‚ 3.3 D1‚ D2‚
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Opportunities | Criteria Met ? | Assessor Feedback | | | Initially | On Re- Submission | | | P1 | | | | | P2 | | | | | P3 | | | | | P4 | | | | | M1 | | | | | M2 | | | | | M3 | | | | | D1 | | | | | D2 | | | | | D3 | | | | Grade | | Assessed by (Name) | | Signature | | Date Assessed | Student Signature & Comments | Important Information for students * The criteria each task relates are shown against that task where
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perform these roles‚ responsibilities and skills on a daily basis.You must also attempt to compare and contrast the roles‚ responsibilities and skills of successful coaches using a range of examples from different sports. | P1‚ P2‚ M1‚ M2‚ D1. | Grading criteria | | To achieve a pass grade the evidence must show that the learner is able to: | | To achieve a merit grade the evidence must show that the learner is able to: | | To achieve a distinction grade the evidence must
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$51.40 = $3.80/Rs Rs = 7.39% 2. The Francis Company is expected to pay a dividend of D1 = $1.25 per share at the end of the year‚ and that dividend is expected to grow at a constant rate of 6.00% per year in the future. The company’s beta is 1.15‚ the market risk premium is 5.50%‚ and the risk-free rate is 4.00%. What is the company’s current stock price? Po = D1/(Rs-g) Rs = 4% + (5.5%)1.15 = 10.325% Po = 1.25/(.10325-.06) Po = 28.90 3. Nachman
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Motion in a Viscous Medium Aim The aim of this experiment is to measure the terminal velocity of spherical beads falling under gravity in a liquid determine‚ and hence determine its viscosity using Stoke’s law. Introduction When a stationary solid object is complete or partially immersed in a fluid‚ it experiences an upthrust or buoyant force. According to Archimedes’ principle‚ this buoyant force B is given by where ρ is the density of the fluid‚ Vs is the immersed volume of the
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CE 371 HOMEWORK 2 1) Find the difference in pressure between tanks A and B if d1=300mm‚ d2=150mm‚ d3=460mm‚ d4=200 mm and S.GHG =13.6 w=9.80 kN/m3 2) Determine the elevation difference‚ h‚ between the water levels in the two open tanks shown in the figure. w=9.80 kN/m3 3) An air-filled‚ hemispherical shell is attached to the ocean floor at a depth of 10 m as shown in the figure. A mercury barometer located inside the shell reads 765 mm Hg‚ and a mercury U-tube manometer designed to give the
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