formulae and conversions

Cards (16)

  • What is the formula for the ideal gas equation?
    PV = nRT
  • What is the conversion of meters Cubed to decimetres cubed?
    1 meter cubed is equal to 1000 decimeters cubed.
  • What is the conversion between decimetres cubed to centimetres cubed?
    1 decimetre cubed is equal to 1000 centimetres cubed.
  • What is the conversion between kelvin and celcius?
    Kelvin = Celsius + 273.15
  • What is the conversion of kilopascals to pascals?
    Multiply by 1000
  • What is the equation that links amount of substance, volume of gas and molar volume?
    moles = volume of gas (dm^3) / molar volume
  • what is the equation that links gas volume at room conditions, gas volume and amount of substance?
    moles = volume / 24
  • What is the formula for atom economy?
    Molecular mass of desired product ÷ sum of molecular mass of all reactants x 100
  • what is the formula for percentage yield?
    Percentage yield = actual yield ÷ theoretical yield x 100
  • what is the equation that links the amount of substance with mass and relative atomic mass?
    amount of substance (moles) = Mass ÷ relative atomic mass
  • What is the equation that links concentration with amount of substance and volume?
    concentration = amount of substance (moles) ÷ volume
  • What is the eaution for molar gas volume?
    volume = amount of substance (moles) x 24
  • What is the equation for mumber of particles?
    Number of particles = amount of substance (moles) x 6.02 x 10^23
  • What is the conversion from decimetres cubed to centimetres cubed?
    1 decimetre cubed is equal to 1000 centimetres cubed.
  • what is the Arrhenius equation rearranged to find the temperature in kelvin?

    Activation energy / (natural log of the prexponential factor - the natural log of the rate constant) x Gas constant
  • What is the Arrhenius equation rearranged to find the natural log of the pre-exponential factor?
    natural log of the expontential factor = natural log of the rate constant + (activation energy / (rate constant x temperature [in kelvin])