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IGCSE A Level Chemistry Practice Test 132

Van der Walls forces in Chemistry Multiple Choice Questions (MCQs) PDF Download - 132

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The Van der Walls forces in Chemistry MCQ with Answers PDF (Van der Walls forces in Chemistry Multiple Choice Questions (MCQs) PDF eBook) download Ch. 6-132 to study IGCSE A Level Chemistry Practice Tests. Study Chemical Bonding Test PDF, Van der Walls forces in Chemistry Multiple Choice Questions (MCQ Quiz) for online colleges that offer financial aid. The Van der Walls forces in Chemistry MCQ Quiz App Download: Free IGCSE A Level Chemistry App to study van der walls forces in chemistry, electrolysis technique, equilibrium and solubility, oxides of period 3 elements, sources of alkanes test prep to learn online IGCSE GCE courses.

The MCQ: In Van der Waal's forces, forces of attraction are formed between "Van der Walls forces in Chemistry" App (Free Android & iOS) with answers: π+ of dipole of one atom/molecule and π− of dipole of next atom/molecule, σ+ of dipole of one atom/molecule and σ− of dipole of next atom/molecule, and δ+ of dipole of one atom/molecule and δ− of dipole of next atom/molecule for online colleges that offer financial aid. Practice Chemical Bonding Questions and Answers, Apple eBook to download free sample for colleges that offer online degrees.

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Van der Walls forces in Chemistry MCQ Quiz with Answers PDF Download: Test 132

MCQ: 656

In Van der Waal's forces, forces of attraction are formed between

  1. σ+ of dipole of one atom/molecule and σ− of dipole of next atom/molecule
  2. π+ of dipole of one atom/molecule and π− of dipole of next atom/molecule
  3. δ+ of dipole of one atom/molecule and δ− of dipole of next atom/molecule
  4. none of above
MCQ: 657

The liquid in an electrolytic cell should always flows towards

  1. anode
  2. cathode
  3. all around
  4. nowhere
MCQ: 658

Such a solution which can hold no more a of a solute is termed as

  1. saturated solution
  2. unsaturated solution
  3. buffer solution
  4. super saturated solution
MCQ: 659

During formation of oxides electrons are transferred from sodium, magnesium and aluminum to

  1. oxygen
  2. nitrogen
  3. carbon dioxide
  4. carbon monoxide
MCQ: 660

C6H12 is the formula of a

  1. cyclohexane
  2. sugar
  3. alkanes
  4. alkenes

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