Inventory of Marine Resources Delivered in Estancia Fish Port‚ Estancia‚ Iloilo A Research Problem Presented to Dr. Veminrose A. Clariza- Samuel Ph. D. In Partial Fulfillment for the Subject Aquatic Resources and Ecology By Alivar‚ Carlos P. Aledon‚ Neomar T. Babol‚ Erwin C. Bagatnan‚ Christian B. Basea‚ Princess Charmaine M. Bagatnan‚ Jessyl B. Bajande‚ Jona Mae C. Cordero‚ Lougi Donn I. Del Rosario‚ Yella M. Dolor‚ Ereca A.
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Exercises in Pricing Question 1: Wheeler Feed Mills Wheeler Feed Mills Ltd. has a production capacity of 10 MT per hour. The cattlefeed is packed in 50 kg jute gunny bags. During the last three years‚ the company had seen a growth as follows: Year 1997‐8 1998‐9 1999‐0 Sales in MT 26208 32236 39972 % over Prev.Yr 18% 23% 24% The company operates three shifts a day on all days. Sunday is earmarked for weekly maintenance. The product’s price is Rs.1.25 per kg including sales tax of 10%
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The passalide‚ also known as the Bess beetle‚ are reported to be able to carry 30 times their weight. A scientist names Rodger Kram studies these beetles. But really how strong is the Bess beetle? Does beetle mass seem to affect a beetles pulling power? A way to observe this is by conducting an experiment to see how many pennies beetles of diverse masses can pull. If the beetle mass is related to the beetles pulling power‚ then a beetle with more mass will have a higher pulling power. Materials
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Lab Report 1: Measurement Lab Date: January 17‚20XX Lab Partners: XZ Report Date: January 24‚2014 Report Written by: XXXXXX Introduction: Measurement is a form of quantitative observation. The ability to make accurate and precise quantitative observations is crucial to science. Accuracy in this sense refers to the closeness of the measured result to the hypothetical “true” value (Motzny 2014). Having a precise measurement implies its exactness.
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Q1. Figure 1 shows a solid cylindrical steel rod of length = 2.0 m and diameter D = 2.0 cm. What will be increase in its length when m = 80 kg block is attached to its bottom end? (Young’s modulus of steel = 1.9 × 1011 Pa) Fig# Answer: ∆L = FL mg = AY AY = = 0.0000262689 m A) B) C) D) E) 2.6 x 10-5 m 1.3 x 10-5 m 4.8 x 10-5 m 7.2 x 10-5 m 3.5 x 10-5 m Phys101 Term: 111 Final Tuesday‚ January 10‚ 2012 Code: 1 Page: 1 Q2. In Fig. 2‚ PQ is a horizontal uniform beam weighing
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1. In which of the following scales‚ the interval between upper and lower fixed points is divided into 100 equal parts? a) Fahrenheit scale b) Both b and c c) Kelvin scale d) Centigrade scale 2. In how many equal parts‚ the interval between upper and lower fixed points is divided in Fahrenheit scale? a) 100 b) 180 c) 120 d) 80 3. In which of the following scales‚ the interval between upper and lower fixed points is divided into 100 equal parts? a) Fahrenheit scale b) Both b and c c) Celsius
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Write your name here Surname Other names Centre Number Candidate Number Edexcel GCSE Mathematics B Unit 1: Statistics and Probability (Calculator) Higher Tier Wednesday 9 November 2011 – Afternoon Time: 1 hour 15 minutes Paper Reference 5MB1H/01 You must have: Ruler graduated in centimetres and millimetres‚ Total Marks protractor‚ pair of compasses‚ pen‚ HB pencil‚ eraser‚ calculator. Tracing paper may be used. Instructions Use black ink or ball-point pen.
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Method of statement Test portion was put in the bowl and placed it in the centrifuge machine .Then methylene chloride is poured in the bowl until its cover the test portion . Sufficient time is allowed for the solvent to disintegrate the test portion. Weighing the filter paper to determine the mass and fit it around the edge of the bowl. The bowl and cover is clamped and the machine started to extract the bitumen from test portion until the extract cease flow from the drain. 400-600mm solvent
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Data and Observations: Part I Table: Metal: | Aluminum | Zinc | Iron | Copper | Mass of metal: | 27.776 g | 41.664 g | 34.720 g | 41.664 g | Volume of water in the calorimeter: | 26.0 mL | 26.0 mL | 26.0 mL | 26.0 mL | Initial temperature of water in calorimeter: | 25.3 °C | 25.3 °C | 25.3 °C | 25.3 °C | Temperature of hot water and metal in hot water bath: | 100.5 °C | 100.5 °C | 100.5 °C | 100.5 °C | Final temperature reached in the calorimeter: | 38.9 °C | 34.8 °C | 34.2 °C | 34
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Lab for Chemistry 221 Lab: How much sugar is in a Can of Coke? Abstract: A 50mL (we used 100mL) volumetric flask was used to determine the amount of sugar in a can of Coke per mL in 5 different solutions. Using the calibration curve we determine the amount of sugar per mL in a can of coke. This experiment concluded that there is 43.83g of sugar in a 12oz can of Coke. Introduction: This experiment was conducted to determine the amount of sugar in a can of Coke and to and use a calibration
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