Boiling Enthalpy ofpoint vaporization(K)Liquid(kJ mol-1)O-xylene417.536.24ethylbenzene409.235.57nonane423.837.18chloroform334.229.24n-propanolammonia370.241.44239.623.35Predict which of the following compounds follow Trouton's rule.Check all that apply.• View Available Hint(s)ammoniachloroformoxyleneethylbenzenenonanen-propanol

Trouton's rule states that entropy of vaporisation is almost same value, which is about 85 - 88…

Boiling Enthalpy of point vaporization (K) Liquid (kJ mol 1) O-xylene 417.5 36.24 ethylbenzene nonane 409.2 35.57 423.8 37.18 chloroform 334.2 29.24 n-propanol 370.2 41.44 ammonia 239.6 23.35 Predict which of the following compounds follow Trouton's rule. Check all that apply. • View Available Hint(s) ammonia chloroform o-xylene ethylbenzene nonane n-propanol

Boiling Enthalpy of point vaporization (K) Liquid (kJ mol 1) O-xylene 417.5 36.24 ethylbenzene nonane 409.2 35.57 423.8 37.18 chloroform 334.2 29.24 n-propanol 370.2 41.44 ammonia 239.6 23.35 Predict which of the following compounds follow Trouton's rule. Check all that apply. • View Available Hint(s) ammonia chloroform o-xylene ethylbenzene nonane n-propanol

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...

See similar textbooks

Similar questions

Calculate the molar volume of the liquid and the vapor (both saturated) using the Redlich-Kwong (modified by Soave) (SKR) equation for the following cases: Propane at 40° C with saturated pressure = 13.71 bar. n-Butane at 100°C wiwth saturated pressure = 15.41 bar. Isobutane at 90° C with saturated pressure = 16.54 bar. Chlorine at 60° C with saturated pressure = 18.21 bar.
1) help me please.. need it BEFORE 7:20 pm. THANK YOU SO MUCH! <3 Differentiate solid density versus particle density. Explain the 2nd law of thermodynamics. Explain how water boils faster at the top of the mountain compared at sea level. Use diagram if necessary Explain the difference/similarity of subcooled liquid against/with compressed liquid. Limit answer to 5 sentences.
Formula: C3H6OMelting Point: -94.0°CBoiling Point: 56.0°CDensity of liquid: 0.791 g/mLHeat of Fusion: 98.14 J/gHeat of vaporization: 538.9 J/gSpecific heat capacity (solid): 1.653 J/g°CSpecific heat capacity (liquid): 2.161 J/g°CSpecific heat capacity (gas): 1.291 J/g°C How much heat is involved in taking 165.2 g of acetone from 14.7°C to 52.1°C?
What is w when 1.83 kg of H20(1), initially at 25.0 °C, is converted into water vapour at 185 °C against a constant external pressure of 1.00 atm? Assume that the vapour behaves ideally and that the density of liquid water is 1.00 g/ml (Remember to include a+or-sign as appropriate.) Enter your answer in acceptable SI units, accurate to 3. significant figures. Use an acceptable Sl symbol for units.
Butane liquid and vapor coexist at 370.0 K and 14.35 bar. The densities of the liquid and vapor phases are 8.128 mol/ L and 0.6313 mol/L , respectively. Use the van Der Waals equation, the Redlich-Kwong equation and the Peng-Robinson equation to calculate these densities. Use α = 16.44 bar L2 mol-2 and β = 0.07245 L mol-1 for the Peng-Robinson equation. Show full and complete procedure in a clear way. Do not skip any steps
please answer all the following: How much energy per mole does it take to boil each of the following molecules from starting at standard state ambient temperature, 298 K. Boiling means increase temperature to the boiling point and then converting the liquid to a gas. Assume constant pressure conditions. Use Table 2C.1 to find Tboil and ΔHvap. Use Table 2C.7 to find Cpm values. a. Methanol (CH3OH) b. Ethanol (C2H5OH) c. Water (H2O) d. Which needs the largest amount of energy? What factor has the greater impact on this value?
Shown below is T-v plot for a pure substance, where , , and are known values. Phase of region 1 Phase of region 2 Phase of region 3 Phase of point 1 Phase of point 2 A. Compressed liquid B. Superheated vapor C. Saturated liquid-vapor mixture D. Saturated liquid E. Saturated vapor
Polycarbonate, PC, is used for aircraft canopies. A batch of this polymer was found to fail prematurely when impacted by a 4 pound bird during qualification studies. You suspect that the problem is due to a molecular weight difference for this particular batch of polymer compared to previous batches. You decide to perform dilute solution viscosity studies to determine the Mol.wt. Assume density is 1.2g/cm3 What solvent would you use? Justify your answer Please answer very soon will give rating surely
. Compatible Polymers A and B are to be blended to achieve a glass-transition temperatureof 60 oC. Tg’s of Polymers A and B are 30 and 85 oC, respectively, using an appropriateequation determine the composition of the blend.
The pressure of the saturated vapor of benzene (vapor in equilibrium with liquid) is 101.32 kPa at 80°C and 4.81 kPa at 5.5°C, respectively. The latter pressure and temperature correspond to the triple point of benzene. Calculate the approximate molar heat of vaporization ∆Hmv of benzene (Clausius - Clapeyron equation).
Using Soave-Redlich-Kwong Equation calculate the molar volume of saturated liquid and the molar volume of saturated vapor for one of the following and compare results with values found by suitable generalized correlations.(a) Propane at 40°C where put = 13.71 bar
For tetrachloromethane, ΔvapH⦵ = 30.0 kJ mol−1. Calculate q, w, ΔH, and ΔU when 0.75 mol CCl4(l) is vaporized at 250 K and 1 bar.