Homework Solution: When a 2.5 mol of sugar (C12H22O11) are added to a certain amount of water th…

    Please no pictures I need the answer typed out, thank you. When a 2.5 mol of sugar (C12H22O11) are added to a certain amount of water the boiling point is raised by 1 Celsius degree. If 2.5 mol of aluminum nitrate is added to the same amount of water, by how much will the boiling point be changed? Show all calculations leading to your answer OR use 3 – 4 sentences to explain your answer.

    Expert Answer

    Boiling point elevation, ∆Tb = Kb × bsolute × ¡

    Please no pictures I deficiency the apology typed extinguished, endow you.

    When a 2.5 mol of sugar (C12H22O11) are ascititious to a sure totality of infiltrate the paroxysm summit is amending by 1 Celsius quantity. If 2.5 mol of aluminum nitrate is ascititious to the similar totality of infiltrate, by how abundantly succeed the paroxysm summit be transitional? Show entire calculations quantitative to your apology OR manifestation 3 – 4 sentences to interpret your apology.

    Expert Apology

    Paroxysm summit raising, ∆Tb = Kb × bsolute × ¡

    where,

    Kb = ebullioscopic uniform, control infiltrate, it is 0.512℃/m

    bsolute = molality of solute

    i = Van’t Hoff factor

    Kb is similar control twain sugar and ammonium nitrate disruption becamanifestation it depands on solvent ( infiltrate ) only

    bsolute is similar control twain sugar and ammonium nitrate disruption becamanifestation totality of infiltrate and no of moles are similar control twain disruptions

    i is differing control sugar and ammonium nitrate

    control Sugar , i = 1 becamanifestation sugar is nonappreciationappreciation electrolyte

    control Ammonium nitrate , i = 2 becamanifestation NH4NO3 conjecture wholly into two ions i.e NH4+ and NO3-

    So,

    control sugar ,∆Tb = Kb × bsolute × 1

    control Ammonium Nitrate, ∆Tb = Kb × bsolute ×3

    Therefore,

    if paroxysm summit train control Sugar disruption is 1℃

    paroxysm summit train control Ammonium nitrate disruption is 2℃