follow all guidelines (number of sentences/showing all calculations) and to provide the correct metric units of measure. All questions are 5 points (1 point for sentence number /units). 1. A student collected the following data for a fixed volume of gas: Temperature (⁰C) Pressure (mm of Hg) 10 726 20 750 40 800 70 880 100 960 150 ??? Fill in the missing data point. Show all calculations leading to an answer. 2. You are given a clear solution of KNO3. Using 3 – 4 sentences (in your own words) explain
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engines. Nitromethanes physical appearance is colorless viscous liquid‚ with nasty characteristics odor. The physical properties are the following: Boiling point is 101 degrees Celsius‚ melting point is -29 degrees Celsius‚ relative density (water=1): 1.14‚ vapor pressure ‚ kPa at 20 degrees Celsius :3.7‚ relative vapor density (air=1): 2.1‚ flash point: 35 degrees Celsius‚ c.c. auto ignition temperature: 417 degrees Celsius‚ and explosive limits volume % in air: 7.3 -63. Toxic properties for
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repCHEMISTRY I - LABORATORY EXERCISE MANUAL LABORATORY EXERCISE 10: Melting Point and Boiling Point Determination This is a traditional lab. You’ll simply follow the step-by-step procedure‚ keeping records of your measurements and observations. Each student will write their own lab report‚ which should include the following: Name: Names of lab partners: Date of Experiment: Date Report Submitted TITLE: Purpose: A brief statement about what the experiment is designed to determine
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Chemical Engineering Design and Professional Skills B Second assignment M A N U F A C T U R E O F S T Y R E N E Assignment 2 – Monday 28/01/13 You have a provisional flowsheet for a process to manufacture 30 ton/h of styrene from ethylbenzene. This is described below. (It may differ in some details from the one you developed last term – but if so‚ you should use the version described here‚ so that all groups are working with the same‚ correct process.) For Assignment 2 of
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Temperature is basically a measure of the molecular kinetic energy of a substance. (Or how fast the molecules are moving). Therefore reference points upon which compare molecular activities or temperatures are needed. The freezing point and boiling points of water are used as 32OF or 0OCis the freezing point and 212OF or 100OC is the boiling point. Water is a basic necessity for the life forms here on Earth. At a given moment‚ only about 1/100‚000 part of the earth’s supply of water is found
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claim). -The Salicylic acid that I obtained had a melting point range around 157-158 degrees Celsius for Part A. For Part B the melting point range was 156-157.5 degree Celsius. Part B‚ I would say the sample is less pure because of the notion that impurities lower the melting point. Since part A ‘s melting point was higher and closer to the melting point of the pure sample‚ it was more pure. The pure Salicylic acid that I got the melting point for had a range from 158-159 degrees Celsius. The impure
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atom belonging the Third period‚ and group 6. It has an atomic number of 16. Its molar mass is 32.065 g (5 significant figures). It is a solid at room temperature‚ with a lemon yellow‚ non-metallic appearance. It has a melting point of 115.21 degrees Celsius and a boiling point of 444.6 degrees Celsius. It has a total of 18 isotopes. When onion cells are broken‚ the sulphur compounds found in the onion cells break down into other compounds when in contact with surroundings. When the sulphur compounds
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the space provided‚ and turn the assignment in to your instructor. 1. What is the slope of the line in the graph below? Show your work. Answer: To find out the slope‚ you must first take two separate points on the graph‚ such as (-5‚-1) and (0‚1). Then‚ it’s a simple matter to use the equation [pic] to find the slope: [pic]= [pic] 2. What is the slope of the line represented by the table of values below? How do you know? |x |y
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Faculty of Chemical Engineering (FChE) SKKK 4153 PLANT DESIGN 2014/2015-SEM 1 FINAL REPORT PROPYLENE PRODUCTION PLANT LECTURER ASSOC. PROF. IR. DR. SHARIFAH RAFIDAH WAN ALWI DESIGN TEAM EQUINOX NO. 1. 2. 3. 4. 5. TEAM MEMBERS EMAD MOHAMMED NOMAN AL-DHUBHANI MUHAMMAD FAIRIS BIN HADIPORNAMA KELVIN RAWING SEBASTIAN NUR FADZLYANA BINTI HAMDAN MIMI KHAIRIAH BINTI AWANG MATRIC NO AA103001 A11KK0022 A11KK0065 A11KK0035 A11KK0169 1 TABLE OF CONTENTS Page TABLE OF CONTENTS 2 CHAPTER 1 INTRODUCTION
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Q-3. * Because the perfumed incense is in solid state and by lighting of it‚ it changes from solid state to gaseous state the moment it turns in to gaseous state and gases have a property to spread in all directions. After lightening the incense the molecules of perfume are in a gaseous state and mixing with the molecules of air in the room. All of them undergo random motion at all times as a result of the internal ("heat") energy that they have absorbed. The molecules often bump into each other
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