Relative Molecular Mass Quiz Questions and Answers 79 PDF Download

Learn relative molecular mass quiz, online Cambridge IGCSE chemistry test 79 for distance learning, online courses. Free chemistry MCQs questions and answers to learn relative molecular mass MCQs with answers. Practice MCQs to test knowledge on relative molecular mass with answers, electrolyte and non electrolyte, simple and fractional distillation, chemical symbols, mixtures and compounds, relative molecular mass test for online chemistry courses distance learning.

Free relative molecular mass online course worksheet has multiple choice quiz question: relative molecular masses can be calculated with choices by the relative atomic mass, by the relative mass of a covalent compound, if individual relative atomic masses are added and by adding relative compound masses with online global exams' preparation for international tests like MCAT practice test for good MCAT scores, study chemical formulae & equations multiple choice questions based quiz question and answers.

Quiz on Relative Molecular Mass Worksheet 79 Quiz PDF Download

Relative Molecular Mass Quiz

MCQ. Relative molecular masses can be calculated

  1. by the relative atomic mass
  2. by the relative mass of a covalent compound
  3. if individual relative atomic masses are added
  4. by adding relative compound masses

C

Mixtures and Compounds Quiz

MCQ. A compound results from chemical combination of

  1. two or more atoms
  2. two or more non-metals
  3. two or more metalloids
  4. Both A and B

D

Chemical Symbols Quiz

MCQ. Phosphorus can have a valency of

  1. 2 or 4
  2. 4 or 6
  3. 3 or 5
  4. 2 or 1

C

Simple and Fractional Distillation Quiz

MCQ. In Liebig condenser,

  1. the coldest part of the condenser is at the top
  2. the water enters in the jacket from the top
  3. the coldest part of the condenser is at the bottom
  4. the water enters in the jacket from the middle tubules

C

Electrolyte and Non Electrolyte Quiz

MCQ. In electrolysis of concentrated HCl, Cl2 is given off at cathode due to

  1. difficulty of discharging hydroxide ions
  2. difficulty of discharging chloride ions
  3. due to high concentration of Chloride ions
  4. ease of discharging chloride ions compared to the hydroxide ions

C