Simple Molecules & Covalent Bonding quiz Loading... 1. State the particles that are found within the nucleus of an atomJust protonsProtons and electronsProtons and neutronsNeutrons and electronsQuestion 1 of 16 Loading... 2. In the dot and cross diagram of the outer electrons showing the covalent bonding of ammonia (NH₃), how many electrons should be shown in areas 1, 2, 3 and 4?There should be 2 electrons in each of the areas 1, 2, 3 and 4There should be 2 electrons in each of the areas 1, 2, 3 but none in 4There should be one electron in each of the areas 1, 2, 3 and five electrons in 4There should be one electron in each of the areas 1, 2, 3 and seven electrons in 4Question 2 of 16 Loading... 3. Explain why methane gas, CH₄, is a gas at room temperatureMethane has a simple molecular structure with strong intermolecular forces that require a lot of energy to overcomeMethane has a giant covalent structure with many strong covalent bonds which require a lot of energy to overcomeMethane has a giant covalent structure with many weak covalent bonds which require little energy to overcomeMethane has a simple molecular structure with weak intermolecular forces that require little energy to overcomeQuestion 3 of 16 Loading... 4. Where are the transition metals on the Periodic Table?Left hand colunmIn the middleScattered across itTop left cornerQuestion 4 of 16 Loading... 5. Describe the formation of a covalent bondThe electrostatic attraction between positive metal ions and a sea of delocalised electronsThe sharing of a pair of electrons between two nucleiThe sharing of a single electron between two nucleiThe transfer of electrons from one atom to anotherQuestion 5 of 16 Loading... 6. Explain, in terms of electrons, why isotopes have the same chemical propertiesIsotopes have different massesIsotopes have the same number of protons but a different number of neutronsIsotopes are radioactiveIsotopes have the same number of electronsQuestion 6 of 16 Loading... 7. Explain how the atoms are held together in a hydrogen bromide moleculeA single electron is transferred from bromine to hydrogenA shared pair of electrons is attracted to 2 nucleiA pair of electrons is transferred from bromine to hydrogenA shared pair of electrons is attracted to one nucleusQuestion 7 of 16 Loading... 8. What is meant by the term atom?An atom is the smallest part of an elementAn atom is made up of two or more elements bonded togetherAn atom is a particle found in the nucleusAn atom is the smallest part of a compoundQuestion 8 of 16 Loading... 9. What colour is hydrated copper (II) sulfate?PurpleBlueWhiteCreamQuestion 9 of 16 Loading... 10. A gas is bubbled through limewater and the limewater goes cloudy. Identify the gas.OxygenCarbon dioxideHydrogenAmmoniaQuestion 10 of 16 Loading... 11. How are elements arranged in the periodic table?in order by sizein order by mass numberin no particular orderin order by atomic numberQuestion 11 of 16 Loading... 12. How many neutrons in a typical atom of sulfur?32154216Question 12 of 16 Loading... 13. What are the elements in group 0 called?Noble gasesAlkali metalsHalogensLight gasesQuestion 13 of 16 Loading... 14. On the Periodic Table what is the meaning of the word Period? What does that tell us about the electron configuration of the atom?Same electronic configurationsame number of electrons in the outer shellsame number of electron shellsSame number of electrons in the inner shellQuestion 14 of 16 Loading... 15. Do larger molecules have higher or lower boiling points than smaller molecules?Size doesn\'t affect boiling pointLowerIt depends on which atoms are presentHigherQuestion 15 of 16 Loading... 16. How many electron shells do the elements in the second period have?4312Question 16 of 16 Loading... Related Posts:The entire quiz question bank!The entire quiz question bank (Double only)!Key Calculations quizEquilibria (triple) quizCondensation Polymers quizElectrolysis quiz Hydr0Gen2020-02-22T20:57:55+00:00Categories: Uncategorized|Tags: Quiz, Topic: Simple Molecules & Covalent Bonding| Share This Story, Choose Your Platform! FacebookXRedditLinkedInTumblrPinterestVkEmail