data collectedTable 1BINARY LIQUID-VAPOURacetonechloformPHASE DIACRAMTemperature °cmol fractionAcetone puremol fraction50°℃1,3593IL1,3579RICH-SIDE53,5°c2V1,36462L1,3676RESUME56,5°℃3V1,36593L1,3705ADA CHLOROForm57,5°CBIV37384L1,3819ADD CHLOROFORM58,5SV1,3841SL1,3958AZEOTROPE76GV1,39006L1,4087CHLOROFORM PURE62Tov1,4464 7L1,4518RICH-SIDE58,5V1,4352 8L1,433660AZEOTROPE6210QV 1,4166 9L1,4143 10L1,41641,41662.3.Plot the temperature values versus mole fraction. Draw a smooth curvethrough the distillate points V and another through the residue points L.Label the areas of the diagram to indicate what phases are present.Report the azeotropic composition and temperature.

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Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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1) Form the following data for CH3CI T(°C) Y (dynes/cm) pL (g/cc) pv (g/cc) 10 20 19.5 17.8 16.2 0.955 0.937 0.918 0.00599 0.00820 0.0110 b) Determine the constant k' in the Katayama equation and the critical temperature of the liquid using the data for temperatures 10 °C and 20 °C.
Component Weight Fraction 0.65 C2 0.15 C3 n-C4 n-C5 0.10 0.06 0.04 Calculate: a. Mole fraction of the gas b. Apparent molecular weight c. Specific gravity లోలోలోటి
E x b Answe x Oefeni x Oefeni x Oefeni x Oefeni x google.com/forms/d/e/1FAlpQLSfSGcE8gf218c6JoHMWME1A8Nydf8M4g1yG93D-2LPpoMj_g/formResponse A Oefeni X 2021 H x Oefeni x Micros X Question 17: Which type of compound reacted to form the product in Figure 17 from benzene? * O Ketone O Aldehyde Acyl halide Haloalkane O Carboxylic acid Figure 17 AICI, Show all 10:09 28°C Sunny ^E 2021/11/19 ...
Procedure part 1: Once the distillation is set up, 20.00 g of cyclohexanol is massed out and 3.00 ml of concentrated phosphoric acid is added as a catalyst to the boiling flask. Two boiling chips are added and the distillation can begin. The cooling water for the condenser is turned on and the flask is heated gently so that the temperature of the vapor does not exceed 135oC. The heating is continued until all but 1 -2 ml of residue remain in the boiling flask and it turns a dark yellow color. At this point the heat is turned off and the remaining liquid is placed into a waste container. In the receiving flask at the opposite end of the distillation apparatus, you will notice that the product appears in two layers. Question 1: Based on what we learned about the density of organic compounds, which layer is the organic layer (top or bottom)? Cyclohexanol + water Question 2: Looking at the reaction listed at the start of the lab, what two compounds are making the two…
Q-3) The boiling temperature of water TB at various alititudes h is given in the following table. Determine a linear equation in the form Tg = mh + b that best fits the data. Use the equation for calculating the boiling temperature at 5000 m. Make a plot of the points and the equation. h (m) T(°C) 0 100 600 98.8 1500 95.1 2300 92.2 3000 90 6100 81.2 7900 75.6
estion 15 1000 900 912 700 s00 400 Cu 10 20 30 40 50 70 Weigs Percen Sver For an alloy containing 20 wt % Ag, refer to the Cu-Ag phase diagram given in the Figure. The melting point of pure Cu is | v°C. The fraction (relative amount) of the existing phases at 900 °C is v 96 solid and v 96 liquid. The Eutectic point is defined in terms of temperature as v°C and composition of v 96 Ag.
A mixture of ethanol (ethyl alcohol) and water contains 40.0% water by mass.(a) Assuming volume additivity of the components, estimate the specific gravity of themixture at 20°C. What volume (in liters) of this mixture is required to provide 150 mol ofethanol?(b) Repeat Part (a) with the additional information that the specific gravity of the mixture at20°C is 0.89045 (making it unnecessary to assume volume additivity). What percentage errorresults from the volume-additivity assumption?
During the microscale boiling-point determination of an unknown liquid, heating was discontinued at 154°C and the liquid immediately began to enter the inverted bell. Heating was begun again at once, and the liquid was forced out of the bell. Heating was again discontinued at 165°C, at which time a rapid stream of bubbles emerged from the bell. On cooling, the rate of bubbling gradually diminished until the liquid reached a temperature of 161°C and entered and filled the bell. Explain this sequence of events. What was the boiling point of the liquid?
ASSIGNMENT ON MODULE 2. BINARY PHASE DIAGRAM Please do the following exercise in pairs. Write your answer in pdf form, and submit it through EMAS in the prescribed time. Al-Si Temperature c 1500- 1300- 1100- 900 700-00-45°C 500 +(AI) 300 0 Phase (AI) (Si) 10 Al 12.6 10 20 1) Al-8Si 2) Al-12.6Si 3) Al-20Si 20 30 30 Atomic Percent Silicon 40 50 60 L 40 50 60 Weight Percent Silicon 577+1°C Composition, wt% Si 0 to 1.6 99.985 to 100 70 cF4 cF8 70 80 80 90 90 1414°C 100 (S1)- J.L. Murray and A.J. McAlister, 1984 Pearson symbol Space group Fm3m Fd3m 100 Si 1. The above figure is the eutectic Al-Si phase diagram a. Label all the phase fields. b. Determine the isothermal reaction at 577 °C. C. Sketch the evolution of microstructure during equilibrium cooling of: at T = 720, 600, just above 577, just below 577, and 100 °C. d. Calculate the phase fraction at each temperature above. e. Determine the composition of each phase at each temperature above.
ext. 65684. n of Questio X Ⓒ Macmillan Learning 6f0/5/yu32xq/tools/assessment/items/d743c3de-c8f1-4bfa-88d8-dcd1d2cbd9dc/assignments/8633569?redirect BackToOnClose=true&emptyReading Tab At 1.00 atm and 0 °C, a 5.04 L mixture of methane (CH) and propane (C₂Hg) was burned, producing 16.5 g CO2. What was the mole fraction of each gas in the mixture? Assume complete combustion. Xmethane Xpropane + || || 2/ C
1.1.5. RESULTS & ANALYSIS 1. Fill out the information in the table below. Substance 1. Pure Urea 2. Pure Cinnamic Acid 3.75 Urea-25C.A% 4.50Urea-50C.A% 5. 25Urea-75C.A % Initial Melting Temp. °C 133 134 94 95 98 set Point 120° (1,2) set Point = 90° (3,4,5) Melting Range Final Melting Temp. °C 136 137 130 100 109 - 3 3 36 5 11 On a separate graph paper sketch a graph of the eutectic point diagram using the mole fractions calculated above as the X-axis and the melting point Temperatures as Y-axis.

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