Mapping Guide CHEMISTRY B
QualificationAccreditedAS and A LEVELMapping GuideCHEMISTRY BH033/H433For first teaching in 2015Mapping the newspecification to thelegacy specificationVersion 1www.ocr.org.uk/chemistry
AS AND A LEVEL CHEMISTRY B (SALTERS)MAPPING GUIDEINTRODUCTIONThis document compares the content of the A Level Chemistry B (Salters) for first assessment in 2017 (H433) with the content of thelegacy specification. We hope that this can assist with your planning of schemes of work, and allow you to easily recognise the areasof your current schemes of work that can be carried forward.This document can also be used to plan for the new AS Level Chemistry B (Salters) for first assessment in 2016 (H033). The content ofthe new AS Level is a subset of the new A Level content, as indicated below.The legacy and new specifications at a glanceThe following table provides an overview of the structures of the legacy and new specifications.NEW STORYLINESLEGACY STORYLINESAS and A levelElements of lifeASElements of lifeAS and A levelDeveloping fuelsASDeveloping fuelsAS and A levelElements from the seaASElements from the seaAS and A levelThe ozone storyASThe atmosphereAS and A levelWhat's in a medicineASPolymer revolutionA levelThe chemical industryA2What's in a medicineA levelPolymers and lifeA2The materials revolutionA levelOceansA2The thread of lifeA levelDeveloping metalsA2The steel storyA levelColour by designA2Agriculture and industryA2Colour by designA2The oceansA2Medicines by design2Copyright OCR 2015
AS AND A LEVEL CHEMISTRY B (SALTERS)MAPPING GUIDESUMMARY OF CHANGESContent changes have occurred due to:The content from the following legacy storylines has beenlargely moved across (barring a learning outcome here or there),sometimes under a different name. There is some reordering ofcontent in the second year storylines. Elements of life Developing fuels Elements from the sea The atmosphere The steel story Colour by design The oceans1. DfE core content criteria2. centre feedback3. mathematical requirements4. overlap with other specificationsCurrent content which is not in the new specification: Elements from the sea (ES) has largely transferred directly across,though intermolecular bonding is now included in The ozonestory. ES is now very much an inorganic storyline, focusing onredox and equilibrium. What’s in a medicine has largely transferred directly across andis now positioned at the end of the first year, as well as beingincluded in the AS content. Some organic groups have movedto Polymers and life; oxidation of aldehydes and nucleophilicaccition of CN– to carbonyls is now in Colour by design.Recall of many applications and contextsRadioactivityHow the mass spectrometer works (to focus oninterpretation of spectra)Petroleum refining and octane ratingUses of all halogens except chlorineProperties of CFCsCO2 controlProperties of polymersContent added to the new specification: Agriculture and industry has mostly transferred to The chemicalindustry, though Kc is now introduced in ES and is included inthe AS content.Polymer revolution: alkenes, polymerisation and isomerismto Developing fuels; hydrogen bonding to The ozone story;remainder (organic & analytical) to What’s in a medicine.The materials revolution: green chemistry and preparation oforganic solids to What’s in a medicine; the rest of the organiccontent to Polymers and life, which means condensationpolymerisation will now be taught in the context ofbiomolecules; properties of polymers has been deleted. Charge density of ions (EL)Salts – preparation and insolubility (EL)Effect of lone pairs on shapes (EL)Ideal gas equation (DF)Chemistry of hydrogen halides (ES)Boltzmann distribution (OZ)Kc calculations using equilibrium concentrations (CI)Arrhenius equation (CI)13C NMR (PL)Solubility product (O)The thread of life: rates to The chemical industry; biochemistry toPolymers and life.Medicines by design: molecular recognition and analyticaltechniques to Polymers and life; rest to Colour by design.3Copyright OCR 2015
AS AND A LEVEL CHEMISTRY B (SALTERS)MAPPING GUIDEModule 1: Practical SkillsNEW SPECIFICATIONLEGACY SPECIFICATION1.1 Practicalskills assessedin a writtenexamination1.1.1 Planning1.1.1(a)–(c)1.1.2 Implementing1.1.2(a)–(c)1.1.3 Analysis1.1.3(a)–(d)1.1.4 Evaluation1.1.4(a)–(e)1.2 Practicalskills assessedin the practicalendorsement1.2.1 Practical skills1.2.1(a)IndependentthinkingUse and application 1.2.1of scientificmethods andpractices(b)–(g)Research andreferencing1.2.1(h)–(i)Instruments andequipment1.2.1(j)1.2.2(a)1.2.2 Use ofapparatus andtechniquesThese are practical skills which werepreviously assessed in the controlledassessment tasks. You would find manyof these skills covered in F333 and F336.For more information you should consult the Practical Skills Handbook available gce-chemistry-b-salters-h033-h433-from-2015/2d StorylinesElements of life (EL)NEW SPECIFICATIONLEGACY SPECIFICATIONFormulae, equations and amount ofsubstanceELAtomic structureELBonding and structureELInorganic chemistry and the periodic ELtableEquilibria (acid–base)Energy and matterModern analytical ulae, equations and amount ofsubstanceEL(a)–(c)ES(a)–(b)Atomic structureEL(e), (g), (i),(j), l)Bonding and structureInorganic chemistry and the Periodic TableEL(r)–(s)NEWEL(t)NEWEL(u)Inorganic chemistry and the Periodic TableEL(r)EL(v)–(w)Atomic structureEL(f )Modern analytical techniquesA(s)Modern analytical techniquesEL(u)EL(x)4Copyright OCR 2015
AS AND A LEVEL CHEMISTRY B (SALTERS)MAPPING GUIDEDeveloping fuels (DF)NEW SPECIFICATIONLEGACY SPECIFICATIONFormulae, equations and amount ofsubstanceDF(a) Formulae, equations and amount ofideal gas substanceequationDF(a)Bonding and )–(g)EnergeticsDF(b)–(f )KineticsDF(h)–(j)KineticsDF(i)–(k)Inorganic chemistry and the periodic DFtable(k)Inorganic chemistry and the Periodic TableDF(l)Organic functional groups(l)–(m)Organic functional groupsDF(n)–(p)PR(d)DF(q)PR(j)Organic reactionsDFDF(n)–(o)Organic reactionsPolymersDF(p)Organic reactionsPR(i)Organic mechanismsDF(q)Organic reactionsPR(l)IsomerismDF(r)–(t)IsomerismDF(r), (u)Elements from the sea (ES)NEW SPECIFICATIONLEGACY SPECIFICATIONFormulae, equations and amount ofsubstanceES(a)Inorganic chemistry and the Periodic rganic chemistry and the Periodic TableES(o)ES(m), (o)–(r)A(g)–(h)AI(i)–(j)ES(f )–(g)PR(a)–(b)Inorganic chemistry and the periodic EStable(h)–(k),(n)Inorganic chemistry and the Periodic The ozone story (OZ)NEW SPECIFICATIONBonding and structureKineticsLEGACY SPECIFICATIONOZOZ(a)–(d)Bonding and structure(e)–(h)KineticsA(b)–(f )Inorganic chemistry and the periodic OZtable(i)Inorganic chemistry and the Periodic TableA(j)Organic functional groupsOZ(j)Organic functional groupsES(s)–(t)Organic reactionsOZ(k)Organic reactionsES(w)Reaction mechanismsOZ(l)–(q)Reaction mechanismsES(x)–(z)Reaction mechanismsA(k), (m)–(n)SustainabilityOZ(r)Modern analytical techniquesA(q)Energy and matterOZ(s)–(u)Modern analytical techniquesA(s)–(u)5Copyright OCR 2015
AS AND A LEVEL CHEMISTRY B (SALTERS)MAPPING GUIDEWhat’s in a medicine? (WM)NEW SPECIFICATIONLEGACY SPECIFICATIONOrganic functional groupsWM(a)–(b)Organic functional groupsPR(e)–(f )Organic reactionsWM(c)–(f )Organic reactionsPR(g), (k)WM(g), (h), (p)MR(k)(g)Inorganic chemistry and the Periodic TableAI(n)Reaction mechanismsWM(h)Organic reactionsPR(h)Modern analytical techniquesWM(i)–(j)Modern analytical techniquesPR(p)–(q)WM(q)–(r)TL(a)–(f )The chemical industry (CI)NEW SPECIFICATIONKineticsLEGACY SPECIFICATION(a)–(c),(e)Kinetics(d)NEW(f )–(h)EquilibriumAI(g)–(h), (j)Inorganic chemistry and the periodic CItable(i)–(j)RedoxAI(k)Inorganic chemistry and the Periodic TableAI(l)Sustainability(k)Inorganic chemistry and the Periodic TableAI(n)–(o)EquilibriumCICICIPolymers and life (PL)NEW SPECIFICATIONStructure and bondingKineticsEquilibria (acid–base)LEGACY SPECIFICATIONPLPLPL(a)–(d) RNAOrganic functional groupsTL(g)–(i)Organic reactionsTL(k), (n)–(o)(e)Structure and bondingMD(a)(f )KineticsTL(f )(g)Organic reactionsTL(l)–(m)(h)Organic reactionsWM(f )(i)Organic reactionsTL(j)(j)Organic reactionsMR(j),(l)Organic functional groupsPL(k)–(l)Organic functional groupsMR(e)–(f )Organic reactionsPL(m)–(n)Organic reactionsMR(i)–(j)PolymersPL(o)–(p)Organic dern analytical techniquesPL(r)–(t)Modern analytical techniquesWM(q)MD(j)–(k)6Copyright OCR 2015
AS AND A LEVEL CHEMISTRY B (SALTERS)MAPPING GUIDEOceans (O)NEW SPECIFICATIONEnergeticsEquilibria (acid–base)Energy and matterLEGACY SPECIFICATIONOOO(a), (b),(d)–(g)Energetics(c), (h)NEW(i)–(m)Equilibria(n)Modern analytical techniquesDF(g)–(h)O(b)–(f )WM(a)O(j)–(n)A(v)Developing metals (DM)NEW SPECIFICATIONLEGACY SPECIFICATIONFormulae, equations and amount ofsubstanceDM(a)RedoxSS(f )Bonding and structureDM(b)Bonding and structureSS(d)RedoxDM(c)–(f )RedoxSS(e), (g)–(j)Inorganic chemistry and the periodic DMtable(g)–(m)Inorganic chemistry and the Periodic TableSS(o)–(u)Modern analytical techniquesCD(i)Energy and matter(n)Inorganic chemistry and the Periodic TableSS(v)DMColour by design (CD)NEW SPECIFICATIONLEGACY SPECIFICATIONBonding and structureCD(a)–(b)Bonding and structureCD(b)–(c)Organic functional groupsCD(c)–(f )Organic functional groupsCD(d)–(f )MD(c)WM(i)PR(k)CD(g)–(h)MD(d)Reaction mechanismsWM(k)Organic reactionsMD(e), (g)Modern analytical techniquesCD(j)CD(k)Organic reactionsReaction mechanismsCDCD(g)–(j)(k)–(l)Energy and matterCD(m)Modern analytical techniquesCD(n)Organic reactions7Copyright OCR 2015
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though intermolecular bonding is now included in The ozone story. ES is now very much an inorganic storyline, focusing on . Organic reactions DF (n)-(o) Organic reactions DF (q) PR (j) . Inorganic chemistry and the Periodic Table ES (o) Inorganic chemistry and the periodic table ES (h)-(k),
concept mapping has been developed to address these limitations of mind mapping. 3.2 Concept Mapping Concept mapping is often confused with mind mapping (Ahlberg, 1993, 2004; Slotte & Lonka, 1999). However, unlike mind mapping, concept mapping is more structured, and less pictorial in nature.
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Argument mapping is different from mind mapping and concept mapping (Figure 1). As Davies described, while mind mapping is based on the associative connections among images and topics and concept mapping is concerned about the interrelationships among concepts, argument mapping “ is interested in the inferential basis for a claim
Mapping is one of the basic elements in Informatica code. A mapping with out business rules are know as Flat mappings. To understand the basics of Mapping in Informatica, let us create a Mapping that inserts data from source into the target. Create Mapping in Informatica. To create Mapping in Informatica, open Informatica PowerCenter Designer .
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Mapping Analyst for Excel includes mapping specifications and metamaps. Mapping Specifications A mapping specification is a Microsoft Excel file that includes metadata to import into the PowerCenter repository. Use a mapping specification to define sources or targets or to define a mapping by describing the
Accelerated Chemistry I and Accelerated Chemistry Lab I and Accelerated Chemistry II and Accelerated Chemistry Lab II (preferred sequence) CHEM 102 & CHEM 103 & CHEM 104 & CHEM 105 General Chemistry I and General Chemistry Lab I and General Chemistry II and General Chemistry Lab II (with advisor approval) Organic chemistry, select from: 9-10
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