Define what will happen for the system to be equilibrium

Assignment Help Chemistry

Reference no: EM13680931

Two beakers are places in a closed container beaker A initially contains 0.15 mole of naphthalene C10H8 in 100g benzene c6h6, and beaker b contains 31g of unknown compound dissolved in 100g benzene. At equilibrium,beaker a lost 7.0g. Define what will happen for the system to be equilibrium as well as compute the molar mass of the unknown and state any assumption

Reference no: EM13680931

Questions Cloud

Simulation problem for extra credit : SIMULATION PROBLEM FOR EXTRA CREDIT

Explain what is the ph of a solution that is 0.089 m naclo : HClO is a weak acid Ka=4.0x10-8 as well as so the salt NaClO acts as a weak base. Explain what is the pH of a solution that is 0.089 M in NaClO

Variation exists in all processes : A principle of statistical thinking is that variation exists in all processes

Compute the value of the rate constant : A certain first-order reaction has a rate constant, k, equal to 2.1 x 10-5 at 355 K. If the activation energy for this reaction is 135 kJ/mol compute the value of the rate constant (s-1) at 550 K.

Define what will happen for the system to be equilibrium : At equilibrium,beaker a lost 7.0g. Define what will happen for the system to be equilibrium as well as compute the molar mass of the unknown and state any assumption

Indicate all the noabel laureates in polymers comprise : Indicate all the Noabel Laureates in POLYMERS comprise Chemistry and Physics. Explain each of their work in 1 paragraph per person

Depict the reaction and mechanism for the sn2 substitution : Depict the reaction and mechanism for the SN2 substitution of 1-bromobutane with NaI as the salt of the nucleophile. Depict the transition state and all charges and electron movement with arrows.

Explain what is the vapor pressure in mm hg : Explain what is the vapor pressure in mm Hg of the subsequent solutions each of which contains a nonvolatile solute. Explain the vapor pressure of water at 45.0 degree C is 71.93.mm Hg

Compute the volume of 50% naoh solution to prepare : Preparing a standard sodium hydroxide solution. Compute the volume of 50% NaOH solution to prepare 500mL of ~0.1 M NaOH solution.

User Account

All Pages