Find out the phase of bromobenzene at 40c and 1atm

Reference no: EM13677756

If the vapor pressure of bromobenzene at 40C is 10mm Hg. Find out the phase of bromobenzene at 40C and 1atm.

Reference no: EM13677756

Questions Cloud

Explain what concentration of the base will produce : A certain weak base has a kb of 7.90*10-7, Explain what concentration of the base will produce a pH OF 10.33

Compute the molar mass of quinine : Quinine is used as an ant malarial agent. When 2.24 g of quinine is dissolved in 25.0 g of cyclohexane, the freezing point of the solution is lowered by 5.74 °C. The freezing point as well as Kf constant for cyclohexane can be found here. Compute ..

Explain what was the initial concentration of hcl : The flask revealed here contains 10.0mL of HCL as well as a few drops of phenolphthalein indicator. The burette contains 0.120 M NaOH.

Compute the wavelength corresponding to transition electrons : Compute the wavelength corresponding to a transition of electrons from the n = 6 energy level to the n = 3 level in a B4+ ion.

Find out the phase of bromobenzene at 40c and 1atm : If the vapor pressure of bromobenzene at 40C is 10mm Hg. Find out the phase of bromobenzene at 40C and 1atm.

Explain the heat of vaporization of ccl3f liquid : Freon 11 was a favored refrigerant until it was determined to be detrimental to the atmospheric ozone layer. The heat of vaporization of CCl3F liquid is 25.2 kJ/mol and its normal boiling point is 24.0 C. Approximate the entropy of vaporization ..

Explain what is the identity of the metal : If 1.056g of a metal carbonates containing an unknown metal M, is heated to give the metal oxide & 0.376g of CO2 as per to the subsequent equation. ==> MCO 3(s) + heat --> MO(s) + CO2(g) Explain what is the identity of the metal

Explain how many molecules in a liter of oxygen : Explain how many molecules in a liter of oxygen under ambient pressure have an energy of at least 2 meV, 20 meV, 200 meV, 2 eV, 20 eV, 2 kJ/mol, 20 kJ/mol, 200 kJ/mol, 2000 kJ/mol at the 0C, 20C and 100C

Compute the percentage of kcl in the sample : Treatment of a 0.4g sample of impure KCl with an excess of silver nitrate resulted in the formation of 0.7332g AgCl. Compute the percentage of KCl in the sample.

User Account

All Pages