curriculum - the international school€¦ · assessed practical. november visualunit 1: 1.5 atomic...
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November 17, 2014 WS AIS CURRICULUM V.1 FJ
Almuñécar International School Year 12 Curriculum 2014-2015
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Planning proforma –Yearly Scheme of work and Assessment (Secondary) 2014-15 Subject:
AS Chemistry
Year group:
12
Teacher:
Linda Burnley
No. of lessons per week:
5
Date: September 2014 – June 2015
Time scale (approximate) Topics Curriculum concepts/ skills and competencies
Learning styles Assessment Criteria; tests/ projects etc.
Teaching & Learning Styles (VARK): Visual: Auditory: Read/Write: Kinaesthetic:
September Unit1: 1.3 Definitions, formulae, equations, test tube reactions.
Demonstrate an understanding of fundamental terms. Write equations and mole calculations, carry out basic types of chemical reactions.
Visual: recognise chemical formulae Auditory: Explanation of substances Read/Write: Be able to write balanced chemical equations Kinaesthetic: Carry out some test tube reactions.
Homework Half term test using past paper questions.
October Unit1: 1.4 Energetics Study of enthalpy changes and Hess’s Law
Visual: Construct and interpret energy level diagrams. Auditory: Follow instructions to calculate energy changes Read/Write: Calculations of energy transfers Kinaesthetic: Carry out experiments and interpret result obtained.
Homework and an opportunity to carry out an assessed practical.
November Unit 1: 1.5 Atomic structure and the Periodic table
Structure of the atom, principle and use of mass spectrometry, Ionisation
Visual: Visualisations of electron density shapes Auditory: Explanation of ionisation energy
Homework and end of term test.
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energies, electronic structure and orbitals
Read/Write: Ability to draw electronic structure using s,p notations Kinaesthetic: Movement of particles through a mass spectrometer
December Unit 1: 1.6 Ionic, covalent and metallic bonding. Unit 1: 1.7 Introductory organic chemistry
Describe electron loss or gain to form ions, draw dot and cross diagrams, Born Haber cycle calculations, electron sharing in covalent bonds and understanding of giant lattice metallic structures. Nomenclature of organic compounds, drawing of structural, displayed and skeletal formulae, risks and hazards of organics, structure and properties of alkanes and alkenes
Visual: Electron microscope pictures of crystal structures Auditory: explanation of Born Haber cycle Read/Write: Drawing dot and cross diagrams and electron sharing Kinaesthetic: Models of structures, Visual: Use of Molymods for structures Auditory: Explanations of structures Read/Write: Ability to draw three types of organic structures Kinaesthetic: Use of Molymods for structures, practicals on alkanes and alkenes
Homework Past paper test of unit 1
January Unit 2: 2.3 Shapes of molecules and ions. Unit 2: 2.4 Intermediate bonding and bond polarity Unit 2: 2.5 Intermolecular forces
Understand electron pair repulsion theory to interpret and predict shapes of molecules and ions, structure of allotropes of carbon Understand electronegativity and that bonds are a continuum of ionic and covalent bonding Understand types of forces between molecules and their relationship to the physical
Visual: Identify shapes and can draw unseen molecules Auditory: Explanation of the theory of shapes and electronegativity Read/Write: Can explain electron repulsion theory Kinaesthetic: Construct models of molecules Auditory: Explanation of the types of intermolecular bonding and their relative strengths
Homework Homework
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properties, relate these forces to solvents and solubilities
Read/Write: Can predict and describe types of binding Kinaesthetic: Practicals to investigate mixtures of chemical and their solubilities
February Unit 2: 2.6 Redox Unit 2: 2.7 The periodic table, groups 2 and 7
Rules for assigning oxidation numbers and write ionic equations Trends of properties in Group 2, thermal decomposition of G2 carbonates and nitrates, acid base titrations. Properties and reactions of G7 elements. Reaction of halide ions with conc sulphuric acid
Auditory: Explanation of the rules of oxidation numbers Read/Write: Can predict the oxidation number of atoms in molecules Visual: draw tables of trends in G2 and G7 Auditory: Explanations of trends Read/Write: Ability to write equations and volumetric calculations Kinaesthetic: Carry out titrations, thermal decompositions and flame tests and displacement reactions of halogens with halide ions
Homework Assessed practical available
March Unit 2: 2.8 Kinetics Unit 2: 2.9 Equilibria
Factors affecting rates of reaction, Maxwell Boltzman model of molecular energies Qualitative introduction to dynamic equilibria, effects of changes of pressure , concentration and temperature
Visual: Graphs of reaction rates Auditory: Discussion of factors affecting rates, studied at GCSE. Read/Write: Explanations of each factor in terms of collision theory Kinaesthetic: Practicals to demonstrate rates. Visual: demo of some reactions Auditory: Explanation of changes in conditions of reaction Read/Write: Ability to explain and predict position of equilibrium in chemical reactions
Homework Homework
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April Unit 2: 2.10 Organic chemistry
Study of properties and reactions of alcohols, haloalkanes and reaction mechanisms.
Visual: Models of the functional groups. Auditory: Explanations of reactions Read/Write: Draw structure of reactants and products of the reactions Kinaesthetic: Carry out practicals to identify fun
Practical assessment on identification of organic compounds.
May & June Revision and Exam preparation
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Planning proforma –Yearly Scheme of work and Assessment (Secondary) 2014-15 Subject: Business Year group: 12 Teacher: J Buckley
No. of lessons per week: Date: September 2014 – June 2015
Time scale (approximate) Topics Curriculum concepts/ skills and competencies
Learning styles Assessment Criteria; tests/ projects etc.
Teaching & Learning Styles (VARK): Visual: Auditory: Read/Write: Kinaesthetic:
September Business environment What is business studies Enterprise Structure Size Objectives stakeholders
Posters on stakeholders Dragons den video Video for structure & questions
Data response questions Essay questions
October People in organisations Management & leadership Motivation Human resource management
HR activity Motivation activity
Data response questions Essay questions
November marketing What is marketing Market research Marketing mix
Marketing mix activity in groups
Data response questions Essay questions
December Operations & project management
Operations Planning Inventory management
Mock exam
January Finance & Accounting Sources of finance Cash flows Costs
handouts Data response questions Essay questions
February Finance & Accounting Income statement handouts Data response questions
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Balance sheet ratios
Essay questions
March
Catch up and recap revision
All units Exam style questions Exam papers
April
revision Student choice Exam style questions Exam papers
May & June
revision Student choice Exam style questions Exam papers
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Planning proforma –Yearly Scheme of work and Assessment (Secondary) 2014-15 Subject: Physics (Coordinated) Year group: Year 12 Teacher: P Carpenter
No. of lessons per week: 2 Date: September 2014 – June 2015
Time scale (approximate) Topics Curriculum concepts/ skills and competencies
Learning styles Assessment Criteria; tests/ projects etc.
Teaching & Learning Styles (VARK): Visual: Auditory: Read/Write: Kinaesthetic:
September/October Mechanics
Equations of Motion Newton´s laws of Motion
VARK Weekly exam questions
October Practical Skills Preparation
SI units VARK Activities
October/November Materials
Elasticity Young´s Modulus
VARK Weekly exam questions
Weekly exam questions Unit 1 Exam Preparation
VAR Past Exam Papers
January Unit 1 Examination
VAR External
January/February Waves
Wave properties Interference and Diffraction
VARK Weekly exam questions
February/March DC Electricity
Electric Circuits Resistivity and Internal Resistance
VARK Weekly exam questions
March/April Nature of Light
Particles vs Waves Einstein´s Photoelectric Equation
VARK Weekly exam questions
April Practical Skills Preparation
VAR Past Exam Papers
April/May Unit 2 Exam Preparation
Past Exam Papers
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Planning proforma –Yearly Scheme of work and Assessment (Secondary)
Subject: Mathematics Year group: 12 Teacher: Kate Reed
No. of lessons per week: 5 Date: September 2014 – June 2015
Time scale (approximate)
Topics Curriculum concepts/ skills and competencies
Learning styles Assessment Criteria; tests/ projects etc.
Year 12 students will follow Core 1, Core 2 and either Statistics 1 or Mechanics 1 (see separate documents)
Teaching & Learning Styles (VARK): Visual: Auditory: Read/Write: Kinaesthetic:
Autumn Term: September/ October
Core 1: Algebra and Functions
Quadratic Functions Equations and Inequalities Sketching Curves
Revise and practice Higher level GCSE topics of Algebra; Rules of indices,
Multiplying out of brackets, factorising quadratics, Surds- simplifying and rationalising
Visual: Recognising different types of graph and their characteristics. Auditory: Listening to (and adding to) one another’s descriptions of how to describe discriminant and what information it provides Read/Write: Exercises from Core 1 textbook chapters 1-4 Kinaesthetic: Use of mini whiteboards and quick show of graphs
For each chapter, a mixed exercise with exam type questions is done. This is then marked by the teacher/ peer marking. All exercises in books, for class work and home work is self-marked for answers and checked by teacher to check layout and workings.
General form of quadratic function Plotting graphs and solving quadratics Discriminants- what information do they give? Sketching with relevant info Solving simultaneous eqtns Solving linear and quadratic inequalities
Cubic graphs, reciprocals Intersections of graphs Transformations of graphs
Autumn Term November/ December
Coordinate Geometry
Sequences and Series
Finding and using eqtns of straight lines Working with gradient Finding points of intersection
Visual: Graph work to find gradients Auditory: quiz on Core 1 so far Read/Write: Exercises from Core 1 textbook
Mixed exercise with exam type questions is done for each chapter. Test on Core 1
Generating sequences from nth terms and recurrence rels Finding nth term and sum to n terms and problem solving
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Differentiation
Integration Past papers and revision
Calculating the gradient function and the gradient of a curve at any point Finding the eqtns of tangent and normal Calculating the second derivative
chapters 5-8 Kinaesthetic: physically modelling (number) patterns
Simplifying and integrating to get the eqtn of a curve Using a given coordinate to find the constant
Practising the whole of Core 1 unit before starting Core 2 in January.
Spring Term January/ February
Core 2: Algebra and Functions
Sine and Cosine Rule
Exponentials and Logarithms
Coordinate Geometry
Binomial Expansions
Simplifying algebraic fractions Long division of polynomials Using the factor theorem to factorise polynomials Using the remainder theorem
Visual: Recognising which rule for which triangle Auditory: constructive criticism of each other´s descriptions of step by step long division of polynomials Read/Write: Exercises from Core 2 textbook chapters 1-5 Kinaesthetic: Matching radian and degree measures Use of calculators: new buttons for binomial expansion formulae
Mixed exercise with exam type questions is done for each chapter.
Revision exercises and practice papers set for Core 1 Mock exams
What is the sine rule and when can we apply it? Finding 2 solutions for a missing angle : sin (x) = sin (180 – x) Cosine Rule to calculate missing lengths and sides Using the correct rule in correct circumstances
Shape of graphs for exponentials Converting to log eqtns and log rules Base 10 logs with a calculator Laws of logs (multiplication, division, power law) Solving eqtns with logs Finding midpoints of lines Finding eqtns of perpendicular bisectors Distance between points (use of pythag) Eqtn of circle- finding centre and radius, eqtn of tangent to a circle Problem solving with circles- do lines meet the circle etc.
Use of Pascal´s triangle to get coefficients and lead into use of combinations button Use of Binomial formulae
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Radians
Converting between degrees and radians Using and rearranging formulae for length of arc, sector and segment Problem solving to find lengths and areas on diagrams involving circles
Spring term: March/ April
Sequences and Series
Graphs of Trig functions
Differentiation
Trigonometric Identities
Recognising geometric sequences and discovering their characteristics Using general terms for the sequence Growth and Decay problem solving Using the formulae for and understanding the proof of the sum of a GP Sum to an infinite number of terms
Visual: Recognising eqtns for gradient and original curve and appropriate trig graphs Auditory: Constructive criticism of each other´s descriptions of how to differentiate/ find stationary pts etc. Read/Write: Exercises from Core 2 textbook chapters 6-10 Kinaesthetic: Use of calculators to find trig values- to compare to values found from triangles and graphs
Mixed exercise with exam type questions is done for each chapter.
Revision exercises, practice papers and mock exams set for Core 1 and Core 2
Drawing the graphs of sin, cos & tan Working out key values from equilateral and isosceles triangles Transforming the graphs (Horizontally and vertically)
Increasing and Decreasing functions Finding coordinates of a stationary point Working with different stationary points
Use the relationships of tan = sin/ cos and sin
2 + cos
2 = 1
Solve simple trig eqtns Solve trig eqtns of form sin (nx + alpha) = k Solve quadratic trig eqtns Solve simple trig eqtns Solve trig eqtns of form sin (nx + alpha) = k Solve quadratic trig eqtns
Summer Term: May/ June
Integration Past papers and revision in preparation of May exams After exams start Year 13 Core 3 module: Algebraic Fractions
Integrate between limits Use definite integration to find areas Work out areas of curves under x-axis Find area between a curve and straight line Use of the trapezium rule to approximate
Visual: Interpret graphs to work out which areas to calculate with integration Read/Write: Exercises from core 2 textbook ch 11 (and later core 3 textbook ch 1 & 2) Kinaesthetic: Function machines and physical mappings
Revision exercises and practice papers set for Core 1 and Core 2 Final external exams for Core 1 & 2 are in late May Mixed exercise with exam type questions is done for each chapter for Core 3,
Cancelling down common factors from algebraic fractions Multiplying and dividing algebraic fractions Adding and subtracting algebraic fractions Using long division with algebra Using the remainder theorem and the factor theorem to find unknown values
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Functions
Describing mappings Using vocabulary of functions to describe elements (domain, range, one-to-one etc.) Function notation Changing mappings into functions by changing the domain Combining functions- function of a function Finding inverse functions
including some work to review over the summer.
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Planning proforma –Yearly Scheme of work and Assessment (Secondary)
Subject: Mathematics (Statistics) Year group:12 Teacher: Kate Reed
No. of lessons per week: Date: September 2014 – June 2015
Time scale (approximate) Topics Curriculum concepts/ skills and competencies
Learning styles Assessment Criteria; tests/ projects etc.
Year 12 students will follow Core 1, Core 2 and either Statistics 1 or Mechanics 1 (see separate documents)
Teaching & Learning Styles (VARK): Visual: Auditory: Read/Write: Kinaesthetic:
Autumn Term: September/ October
Statistics 1: Mathematical models in probability and statistics Representation and summary of data – location Representation and summary of data - measures of dispersion
What are Mathematical Models? Advantages and disadvantages Designing a mathematical model
Visual: Interpreting (and drawing) different diagrams Auditory: Match physical data to statistical descriptors Read/Write: Exercises from S1 textbook chapters 1,2,3
For each chapter, a mixed exercise with exam type questions is done. This is then marked by the teacher/ peer marking. All exercises in books, for class work and home work is self-marked for answers and checked by teacher to check layout and workings.
Classification of variables Calculating and choosing appropriate measures of location Coding
Range, quartiles and percentiles Standard deviation and variance for discrete data and grouped distributions Coding
Autumn Term November/ December
Representation of data Probability
Stem and leaf diagrams Outliers and boxplots Histograms and comparison of distributions
Visual: Recognise (and describe) different representations of data Auditory: Read/Write: Exercises from chapters 4 & 5 Kinaesthetic: Move physical data (counters etc.) to model different distributions Match cards to understand Venn diagram descriptors
Mixed exercise with exam type questions is done for each chapter.
Venn diagrams Use of probability formulae Conditional probability Tree diagrams Mutually exclusive and independent events
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Spring Term January/ February
Correlation Regression Discrete random variables
Scatter diagrams Variability of bivariate data Using the product moment correlation coefficient
Visual: Recognise and describe diagrams and data Auditory: Read/Write: Exercises from S1 textbook ch6, 7 & 8
Mixed exercise with exam type questions is done for each chapter.
Revision exercises and practice papers set for Stats 1 Test on Stats 1
Connecting variables Calculating the gradient and crossing point of linear model
Specifying variables Probability distribution and cumulative probability Expected values and variance Models for probability distribution
Spring term: March/ April
The normal distribution Past papers and revision in preparation of May exams
Use of tables for the standard normal distribution Transforming other normal distributions into standard Finding unknown µ and ơ
Visual: Recognising (and drawing) the normal distribution Auditory: Listening to each other’s descriptions of data sets Read/Write: Exercises from S1 textbook ch9
Mixed exercise with exam type questions is done for each chapter.
Revision exercises, practice papers and mock exams set for Stats 1
Summer Term: May/ June
Past papers and revision in preparation of May exams After exams start Year 13 Core 3 module (see Core 1 & 2 year plan)
Revision exercises and practice papers set for Stats1 Final external exams for Stats 1 are in late May/ June
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Planning proforma –Yearly Scheme of work and Assessment (Secondary) 2014-15 Subject: Global Studies Year group: 12 Teacher: J Buckley
No. of lessons per week: 3 Date: September 2014 – June 2015
Time scale (approximate) Topics Curriculum concepts/ skills and competencies
Learning styles Assessment Criteria; tests/ projects etc.
Teaching & Learning Styles (VARK):
September Global perspectives & critical thinking Through themes: Social networks
What is critical thinking What type of critical thinker are you Skill and attitudes Barriers to critical thinking Developing abilities & skills
Presentations Essay work Self assessing skills
Component 2 essay
October Deconstruction Through themes: Social networks
How to deconstruct information Which different perspectives are represented What are the key components What are the implications What are the strengths and weaknesses
Presentations Essay work Self assessing skills You tube
Component 2 essay
November Reconstruction Through themes: piracy
What evidence is there What sources are used How many conclusions are there What is the context How reliable is the conclusion
Presentations Essay work You tube
Component 2 essay
December Reflection
What is your personal opinion before research
Written comparisons Working in teams
Practice exam papers
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Through themes
How does personal opinion relate to research What impact has research had on personal opinion Why What other research may be useful
Research Exam practice
January Communication and collaboration Through themes
Work with others to identify problems and give a solution Presentation structure Research presenting to non specialised audience Presenting arguaments Presenting research
Written comparisons Working in teams Research Exam practice
Component 3 Team project Presentation and reflective paper Mock exam
February To bring all previous study together through a theme chosen by students
Use skills to analyse and evaluate arguaments
Written comparisons Working in teams Research Exam practice
Component 3 Team project Presentation and reflective paper
March Catch up on all assessment work
Component 2 or component 3
Essay writing presentations
Component 3 Team project Presentation and reflective paper
April Catch up on all assessment work
Component 2 or component 3
Essay writing presentations
Component 2 or 3
May revision Exam style questions Exam style questions Exam style questions
June revision Exam style questions Exam style questions Exam style questions
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A’Level español 1º lengua YEAR 12
Primer trimestre
Segundo trimestre
Tercer trimestre
Lectura y comentario de Bodas de sangre
de García Lorca y de Las bicicletas son
para el verano de Fernando Fernán Gómez.
Preparación del examen de lectura y
escritura (Reading and writing) mediantes
las siguientes áreas temáticas:
Las relaciones humanas,
El salto generacional y la familia.
Los jóvenes como grupo, los jóvenes y sus
anunciantes y los políticos.
La vida cotidiana, la vida urbana y rural.
Los medios de comunicación.
La alimentación saludable.
El vida sana.
Continuación de la lectura y el comentario
de Las bicicletas son para el verano de
Fernando Fernán Gómez y de Eva Luna de
Isabel Allende.
Preparación del examen de lectura y
escritura (Reading and writing) mediantes
las siguientes áreas temáticas:
La religión y las creencias.
El orden público.
Las mujeres en la sociedad.
Igualdad de oportunidades en el trabajo.
Continuación de la lectura y el comentario
de Eva Luna de Isabel Allende.
La educación.
Las carreras universitarias.
El desempleo.
Desaparición de industrias tradicionales.
Trabajo y ocio.
El deporte.
El tiempo libre.
El turismo
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Planning proforma –Yearly Scheme of work and Assessment (Secondary) 2014-15 Subject: Historia del Arte Year group: 12 Teacher: M. Galiana
No. of lessons per week: 2 Date: September 2014 – June 2015
Time scale (approximate) Topics Curriculum concepts/ skills and competencies
Learning styles Assessment Criteria; tests/ projects etc.
Aprox. 1 o 2 unidades al mes Teaching & Learning Styles (VARK): Visual: Auditory: Read/Write: Kinaesthetic:
Septiembre 1. El arte: función, tipologías, técnicas y conservación
¿Qué es el Arte? La arquitectura La escultura La pintura Las artes menores Otras obras ¿Cómo interpretar una obra de arte? La transmisión del Patrimonio Histórico
En las unidades 2-12 los alumnus deberán crear unas fichas de comentario de las diferentes obras señaladas por el profesor y exponerlas en clase con una presentación.
En cada unidad se realizará una serie de comentarios de obras de Arte, tanto de aquellos que aparecen en el libro de texto, como de otros indicados por el profesor. Unos comentarios serán realizados por el profesor y otros por los propios alumnos. A ellos se debe añadir la realización de esquemas o resolución de preguntas sobre los videos o imágenes que vayan apareciendo a lo largo de la explicación. En cada una de las unidades pueden tratarse aspectos de los temas de investigación (individuales o de grupo) que deben realizar los alumnos
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para el final del trimestre. Al final de cada unidad par se realiza un examen escrito, siendo en todo momento un examen del mismo formato que aquellos de la prueba de Selectividad y contando siempre con evaluación continua. Para completar la evaluación se realizará un trabajo de investigación trimestral.
Septiembre- Octubre 2. Los orígenes del arte occidental
El arte de la Prehistoria El arte egipcio El arte mesopotámico El arte creto-micénico
Pinturas de Altamira Pirámides de Gizeh
Sistema de evaluación descrito en la unidad 1. Examen temas 1-2 Presentación de los trabajos individuales: museos del mundo.
Octubre-Noviembre 3. Arte griego
La arquitectura y sus órdenes La escultura La cerámica
Partenón Templo de Niké Áptera Erecteion Discóbolo Diadúmeno Doríforo Hermes Apoxiómeno Victoria de Samotracia Laooconte y sus hijos
Sistema de evaluación descrito en la unidad 1
Noviembre 4. Arte romano Los etruscos Arquitectura e ingeniería Urbanismo
Maison Carreé Panteón Coliseo
Sistema de evaluación descrito en la unidad 1.
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Escultura Pintura Mosaico
Augusto de Prima Porta Ara Pacis Marco Aurelio Columna Trajana
Examen temas 1-4
Noviembre-Diciembre 5. Arte Hispanorromano
Arte prerromano: iberos y celtiberos Arquitectura hispanorromana Escultura, pintura y mosaico
Acueducto de Segovia Acueducto de Tarragona Arco de Cáparra Monumentos romanos de Almuñécar (visita guiada)
Sistema de evaluación descrito en la unidad 1. Conocer el patrimonio local: salida a la Sexi romana (Almuñécar)
Diciembre-Enero 6. Paleocristiano y Bizantino
El primer arte Cristiano El arte bizantino
Santa Sofía Mosaicos de San Vital
Sistema de evaluación descrito en la unidad 1 Examen temas 1-6
Enero 7. Prerrománico Arte visigodo Arte carolingio Arte asturiano Arte mozárabe
San Pedro de la Nave San Julián de los Prados San Salvador de Valdediós San Miguel de Lillo
Sistema de evaluación descrito en la unidad 1
Febrero 8. Arte Hispanomusulmán
Arquitectura califal Arquitectura almohade Arquitectura nazarí Arte mudéjar
Mezquita de Córdoba La Giralda La Alhambra (visita a la Alhambra junto con Year 9)
Sistema de evaluación descrito en la unidad 1 Examen temas 1-8 Presentación de los trabajos individuales: movimiento artístico (de entre los temas
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1 a 12)
Marzo 9. Románico Arquitectura Pintura Escultura
San Vicente de Cardona San Martín de Fromista Catedral de Santiago Pórtico de la Gloria Claustro Silos Frescos Taüll y San Isidoro de León
Sistema de evaluación descrito en la unidad 1 Patrimonio andaluz: salida a la Alhambra o Mezquita de Córdoba
Marzo-Abril 10. Gótico Arquitectura Pintura Escultura
Catedral de Chartres Catedral de León Catedral de Burgos Santa Capilla Virgen Blanca de Toledo Portada del Sacramental La Anunciación Lamento sobre Cristo muerto Adoración del cordero místico Virgen de los consejeros
Sistema de evaluación descrito en la unidad 1 Examen temas 1-10 Presentación del último trabajo de investigación. Tema libre, realización individual cualquiera de los aspectos tratados durante el curso, previa autorización del profesor.
Abril-Mayo
11. Renacimiento italiano
El Renacimiento Quattrocento Cinquecento Miguel Ángel
Santa María de las Flores San Lorenzo Palacio Rucellai Puertas baptisterio
Sistema de evaluación descrito en la unidad 1
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El Manierismo David San Jorge Anunciación Nacimiento de Venus La primavera Templete San Pietro in Montorio Villa Capra Virgen de las Rocas Gioconda Escuela de Atenas Cúpula de San Pedro David Piedad Juicio final Lavatorio
Mayo 12. Renacimiento europeo Arquitectura Pintura Escultura
El jardín de las delicias Sistema de evaluación descrito en la unidad 1 Presentación trabajo de investigación: artista (renacentista o gótico)
Junio Revisión temas 1-12 Repaso de las unidades 1 a 12 tanto a nivel teórico como práctico
Revisión de todas las obras comentadas durante el curso
Examen final temas 1-12 Examen final de recuperación, temas 1-12
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Planning proforma –Yearly Scheme of work and Assessment (Secondary) 2014-15
Subject: Matemáticas CC.SS FE Year group: 12 Teacher: Isaac Muñoz
No. of lessons per week: 3 Date: September 2014 – June 2015
Time scale
(approximate)
Topics Curriculum concepts/ skills and
competencies
Learning styles Assessment Criteria; tests/
projects etc.
Aprox 2 temas
por mes
En todos los temas el estilo de
aprendizaje está basado
practicamente en un estilo
auditorio, donde el profesor
expone la teoría y ejercicios y
los alumnos escuchan para
posteriormente practicar
Los alumnos y alumnas han
de leer, interpretar y redactar
para la resolución de todos los
ejercicios.
En todos los temas se incluye
aprendizaje visual al tener que
leer e interpretar gráficos,
datos y tablas
September
Álgebra
Tema 1: Números reales
Tema 2: Polinomios y
Clasificar todos los números reales
Conocer y usar las propiedades de los
radicales y logaritmos
Calcular intervalos de valor absoluto
Ejercicios realizados durante la
clase
Ejercicios para entregar
Examen
Operaciones con polinomios
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fracciones algebraicas
Factorización de polinomios y regla de
Ruffini.
Operaciones con fracciones algebraicas
October
Tema 3: Ecuaciones,
inecuaciones y sistemas
Resolución de ecuaciones exponenciales,
radicales y con x denominador
Resolución de inecuaciones lineales y
cuadráticas
Resolución de sistemas de ecuaciones e
inecuaciones
Ejercicios realizados durante la
clase
Ejercicios para entregar
Examen
October/
November
Tema 4: Aritmética mercantil
Resoslución de problemas de matemática
financiera que incluyen interés simple y
compuesto, tasas, margen de beneficio,
amortizaciones y capitalizaciones.
Ejercicios realizados durante la
clase
Ejercicios para entregar
Examen
November/
December
Estadística
Tema 5: Estadística
unidimensional
Tipos de variables. Métodos estadísticos.
Tablas y gráficos. Parámetros
estadísticos de localización, de dispersión
y de posición.
Ejercicios realizados durante la
clase
Ejercicios para entregar
EXAMEN FIN TRIMESTRE
January/
February
Tema 6: Estadística
bidimensional
Tema 7: Probabilidad
Representación gráfica: Nube de puntos.
Grado de relación entre dos variables
estadísticas. Correlación.
Covarianza. Coeficiente de correlación
lineal. Regresión lineal
Ejercicios realizados durante la
clase
Ejercicios para entregar
Examen
Cálculo de probabilidades en
experimentos simples o compuestos.
Asignación de probabilidades.
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Estudio de la probabilidad en
experimentos repetidos e independientes
March
Tema 8: Distribucion binomial y
normal
Uso de la distribución binomial.
Asignación de probabilidades.
La distribución normal. Normal típica y
uso de tablas. Tipificación de una variable
normal. Asignación de probabilidades. La
normal como aproximación de la
binomial.
Ejercicios realizados durante la
clase
Ejercicios para entregar
EXAMEN FIN TRIMESTRES
April/May Análisis
Tema 9: Funciones
Tema 10: Límite de funciones
Estudio de las funciones reales de
variable real.
Gráfica y tabla de una función.
Descripción con la terminología adecuada
de funciones dadas mediante sus
gráficas.
Utilización de tablas y gráficas
funcionales para la interpretación de
fenómenos sociales.
Problemas de interpolación y
extrapolación lineal.
Ejercicios realizados durante la
clase
Ejercicios para entregar
Examen
Aproximación al concepto de límite de
una función en un punto y en el infinito
Aproximación al concepto de
continuidad.
Estudio de continuidad de las
funciones polinómicas, racionales,
raíz, exponenciales y logarítmicas.
Cálculo de límites
June
Tema 11: Derivadas
Estudio del concepto de derivada de una
función en un punto. Interpretación
Ejercicios realizados durante la
clase
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geométrica.
Cálculo de derivadas.
Estudio de crecimiento y puntos críticos
con derivada
Utilización de las funciones como
herramienta para la resolución de
problemas relacionados con las ciencias
sociales: Financieros, de población,
etcétera, y para la interpretación de
fenómenos sociales y económicos.
Ejercicios para entregar
EXAMEN FINAL
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Planning proforma –Yearly Scheme of work and Assessment (Secondary) 2014-15
Subject: Economía
Year group: 12 Teacher: Begoña Folgueiras
Nº lessons per month:
2 ó 3
Date: September 2014 – June 2015
Time scale (approximate)
Topics Curriculum Concepts / skills and competencies Learning styles Assessment Criteria; tests/ projects etc.
Se avanzará a un ritmo de 1 tema
cada 2 ó 3 semanas
Teaching & Learning Styles (VARK): Los exámenes contarán el 60% de la nota, el comportamiento en clase y la asistencia un 10% y el trabajo de casa un 30% En los exámenes el 10% de la nota corresponderá a la presentación, ortografía y tildes.
Visual:
Auditory:
Read/Write:
Kinaesthetic:
Septiembre- Octubre
Tema 1: Economía y Ciencia Económica
1. Comprender que la Economía está presente en sus vidas. Aprender a identificar actividad económica, problemas económicos y comportamiento económico. 2. Reconocer que la escasez obliga a elegir entre alternativas y que para llevar a
cabo la elección óptima hay que tener en cuenta el coste de oportunidad. 3. Identificar la economía como ciencia social que requiere un método científico
para su estudio. 4. Conocer los grandes rasgos de las principales corrientes económicas
V: Powerpoint sobre el temario. Se harán esquemas y mapas conceptuales que ayuden a organizar ideas en cada uno de los temas A/R/W: Se seguirá el libro de texto, realizando los ejercicios del mismo. Además, se realizarán textos escritos con definiciones y temas cortos, enfocados a las necesidades para selectividad. El alumno reforzará el aprendizaje auditivo realizándose exposiciones de powerpoint por su parte al finalizar alguno de los temas. También se organizarán debates y, al final, los alumnos se harán preguntas unos a otros. K: Se realizarán correcciones con gestos por parte de la profesora y relacionaremos gestos con algunos conceptos.
Examen escrito de temas 1 al 3 Trabajo de casa y en clase Se mandan para casa los
ejercicios del libro y otro material que entregará la profesora
Tema 2: La actividad económica
1. Comprender la naturaleza de los bienes y servicios, en tanto que mercancías, como algo diferenciado de los bienes libres. Descubrir los problemas que conlleva su uso y disfrute.
2. Entender el papel de los diferentes componentes de los procesos económicos y las interrelaciones que tienen con su entorno social, institucional, cultural y político.
3. Conocer los diferentes factores productivos, el papel que cada uno puede desempeñar en la actividad económica y los problemas que se derivan de su uso.
4. Entender la naturaleza del proceso de acumulación, aprender el carácter de sus componentes, los factores que lo desencadenan y el problema de elección que siempre implica. Comprender el concepto de eficiencia.
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Planning proforma –Yearly Scheme of work and Assessment (Secondary) 2014-15
Subject: Matemáticas CC.SS FE Year group: 12 Teacher: Isaac Muñoz
No. of lessons per week: 3 Date: September 2014 – June 2015
Time scale
(approximate)
Topics Curriculum concepts/ skills and
competencies
Learning styles Assessment Criteria; tests/
projects etc.
Aprox 1 tema
por mes
En todos los temas el estilo de
aprendizaje está basado
principalmente en un estilo
auditorio, donde el profesor
expone la teoría y ejercicios y
los alumnos escuchan para
posteriormente practicar
Los alumnos y alumnas han
de leer, interpretar y redactar
para la resolución de todos los
ejercicios.
En todos los temas se incluye
aprendizaje visual al tener que
producir e interpretar
representaciones visuales de
las situaciones, vectores, etc.
September
Tema 1: Cinemática (I)
Conceptos y magnitudes básicas para
describir los movimientos en el plano.
Componentes intrínsecas de la
aceleración.
Ejercicios realizados durante la
clase
Ejercicios para entregar
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September/
October
Tema 2: Cinemática (II)
Movimientos rectilíneos y movimiento
circular uniforme. Composición de
movimientos: Aplicación a casos
concretos de interés (composición de
movimientos rectilíneos y uniformes, tiro
horizontal y parabólico,...).
Ejercicios realizados durante la
clase
Ejercicios para entregar
Examen
November
Tema 3: Dinámica (I)
Estudio de las diferentes interacciones
Estudio de las leyes de Newton y
ejercicios de aplicación
Cálculo del momento lineal y ejercicios
prácticos
Ley de Hooke: Teoría y ejercicios
Ejercicios realizados durante la
clase
Ejercicios para entregar
Examen
December
Tema 4: Dinámica (II)
Ejercicios prácticos de sumas de fuerzas
incluyendo planos inclinados y
rozamiento
Estudio de la Ley de la Gravitación
Universal y ejercicios prácticos.
Ejercicios realizados durante la
clase
Ejercicios para entregar
Examen
January/
February
Tema 5: Energía
Tema 6: Trabajo
Definición de los diferentes tipos de
energía.
Cálculos de energías potencial
(gravitatoria y elástica) y energía cinética
Conversión de unidades
Ejercicios realizados durante la
clase
Ejercicios para entregar
Examen
Definición física de trabajo
Cálculo del trabajo realizado por fuerzas
March
Tema 7: Calor
Definición física de calor
Estudio de los procesos de transmisión
Ejercicios realizados durante la
clase
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de calor
.
Ejercicios para entregar
EXAMEN FIN TRIMESTRES
April/May
Tema 7: Calor
Tema 8: Electrostática
Cálculo de transferencia de calor en
diferentes procesos y materiales
Ejercicios realizados durante la
clase
Ejercicios para entregar
Examen
Estudio de la Ley de Coulomb y ejercicios
prácticos
June
Tema 9: Circuitos eléctricos
Definición de los componentes de un
circuito
Ley de Ohm y ejercicios prácticos
Ejercicios realizados durante la
clase
Ejercicios para entregar
EXAMEN FINAL