Explain when a reactant or product not a solid

Reference no: EM13685892

Explain when a reactant or product not a solid or pure liquid is added to a chemical system at equilibrium, the system should consume the entire newly-added amount to re-attain equilibrium.

Reference no: EM13685892

Questions Cloud

Hypothesize on the possible physiological effects : Hypothesize on the possible physiological effects of the mutation or loss of one of the enzymes in the Beta-Oxidation pathway.

Explain the co2 the groundwater acts as a closed system : A groundwater primarily at pH 8.3 with an alkalinity of 1*102 M will have CO2 injected until the groundwater comes to equilibrium with P(CO2)=10 bar. Prior to adding the CO2 the groundwater acts as a closed system.

Overlook the effects of ionic strength : Evaluate the pH of the following solutions. Overlook the effects of ionic strength also assume that a(i)=c(i)

Compute the ph of the subsequent solutions : Compute the pH of the subsequent solutions. In every case ignore the effects of ionic strength as well as assume that a(i)=c(i)

Explain when a reactant or product not a solid : Explain when a reactant or product not a solid or pure liquid is added to a chemical system at equilibrium, the system should consume the entire newly-added amount to re-attain equilibrium.

Write the equations for the neutron capture reaction : Write the equations for the neutron capture reaction as well as for the subsequent beta decay reaction. Find out the half-life of sodium-24 in hours.

Explain a sample of wood since an egyptian mummy : A sample of wood since an egyptian mummy case gives a 14-C count of 9.4 counts per minute per gram of carbon. Explain how old is the wood? The initial decay rate of 14-C is 15.3 cpg/g C as well as the half-life is 5730 years

State the overall cell reaction and the electrons : State the overall cell reaction as well as tell which way the electrons are flowing through the wire. Please explain and show all work to receive credit.

State the relevant equations starting with the mass action : State the relevant equations starting with the mass action as well as mass balance expressions. For your last equation, state the charge balance, proton balance

User Account

All Pages