Seratus Institute

AS and A Level Preparation 12 months

Cambridge AS and A Level Preparation 12 months active period, BONUS 50 diamonds to ask questions via the "TANYA JAWAB SOAL" application.

Harga

Rp 7.000.000 Rp 3.500.000

Pilih Durasi

Tahun

Detail Paket Contoh Video

In CHAPTER 1 MOTION IN A CIRCLE studied about

Section 1 Kinematics of Uniform Circular Motion

Section 2 Centripetal Acceleration

In CHAPTER 2 GRAVITATIONAL FIELDS studied about

Section 1 Gravitational Field

Section 2 Gravitational Force between Point Masses

Section 3 Gravitational Field of A Point Mass

Section 4 Gravitational Potential

In CHAPTER 3 TEMPERATURE studied about

Section 1 Thermal Equilibrium

Section 2 Temperature Scales

Section 3 Specific Heat Capacity and Specific Latent Heat

In CHAPTER 4 IDEAL GASES studied about

Section 1 The Mole

Section 2 Equation of State

Section 3 Kinetic Theory of Gases

In CHAPTER 5 THERMODYNAMICS studied about

Section 1 Internal Energy

Section 2 The First Law of Thermodynamics

In CHAPTER 6 OSCILLATIONS studied about

Section 1 Simple Harmonic Oscillations

Section 2 Energy in Simple Harmonic Motion

Section 3 Damped and Forced Oscillations, Resonance

In CHAPTER 7 ELECTRIC FIELDS studied about

Section 1 Electric Fields and Field Lines

Section 2 Uniform Electric FieldsUniform Electric Fields

Section 3 Electric Force between Point Charges

Section 4 Electric Field of A Point Charge

Section 5 Electric Potential

In CHAPTER 8 CAPACITANCE studied about

Section 1 Capacitors and Capacitance

Section 2 Energy Stored in A Capacitor

Section 3 Discharging A Capacitor

In CHAPTER 9 MAGNETIC FIELDS studied about

Section 1 Concept of A Magnetic Field

Section 2 Force on A Current-Carrying Conductor

Section 3 Force on A Moving Charge

Section 4 Magnetic Fields due to Currents

Section 5 Electromagnetic Induction

In CHAPTER 10 ALTERNATING CURRENTS studied about

Section 1 Characteristics of Alternating Currents

Section 2 Rectification and Smoothing

In CHAPTER 11 QUANTUM PHYSICS studied about

Section 1 Energy and Momentum of A Photon

Section 2 Photoelectric Effect

Section 3 Wave-Particle Duality

Section 4 Energy Levels in Atoms and Line Spectra

In CHAPTER 12 NUCLEAR PHYSICS studied about

Section 1 Equivalence between Energy and Mass

Section 2 Nuclear Reactions

Section 3 Mass Defect and Binding Energy

Section 4 Nuclear Fusion and Nuclear Fission

In CHAPTER 13 RADIOACTIVE DECAY studied about

Section 1 Spontaneous and Random Decay

Section 2 Activity, Half-life and Decay Constant

Section 3 Exponential Nature of Radioactive Decay

In CHAPTER 14 MEDICAL PHYSICS studied about

Section 1 Production and Use of Ultrasound

Section 2 Production and Use of X-Rays

Section 3 PET Scanning

In CHAPTER 15 ASTRONOMY AND COSMOLOGY studied about

Section 1 Standard Candles

Section 2 Stellar Radii

Section 3 Hubble’s Law and The Big Bang Theory

In CHAPTER 1 PHYSICAL QUANTITIES AND UNITS studied about

Section 1 Physical Quantities

Section 2 SI Units

Section 3 Errors and Uncertainties

Section 4 Scalars and Vectors

In CHAPTER 2 KINEMATICS studied about

Section 1 Definition and Graphical Methods

Section 2 Uniformly Accelerated Motion

Section 3 Free Fall

Section 4 Projectile Motion

In CHAPTER 3 DYNAMICS studied about

Section 1 Momentum and Newton's Law of Motion

Section 2 Non-Uniform Motion

Section 3 Linear Momentum and Its Conservation

In CHAPTER 4 FORCES, DENSITY AND PRESSURE studied about

Section 1 Turning Effects of Forces

Section 2 Equilibrium of Forces

Section 3 Density and Pressure

In CHAPTER 5 WORK, ENERGY AND POWER studied about

Section 1 Energy Conservation

Section 2 Gravitational Potential Energy and Kinetic Energy

In CHAPTER 6 DEFORMATION OF SOLIDS studied about

Section 1 Stress and Strain

Section 2 Elastic and Plastic Behaviour

In CHAPTER 7 WAVES studied about

Section 1 Progressive Waves

Section 2 Transverse and Longitudinal Waves

Section 3 Doppler Effect for Sound Waves

Section 4 Electromagnetic Spectrum

Section 5 Polarisation

In CHAPTER 8 SUPERPOSITION studied about

Section 1 Stationary Waves

Section 2 Diffraction

Section 3 Interference

Section 4 The Diffraction Grating

In CHAPTER 9 ELECTRICITY studied about

Section 1 Electric Current

Section 2 Potential Difference and Power

Section 3 Resistance and Resistivity

In CHAPTER 10 D.C. CIRCUITS studied about

Section 1 Practical Circuits

Section 2 Kirchhoff's Laws

Section 3 Potential Dividers

In CHAPTER 11 - ATOMS studied about :

Section 1 - Alpha Scattering

Section 2 - Nuclear Atom

Section 3 - Nuclear Processes

Section 4 - Types of Radiation

In CHAPTER 12 FUNDAMENTAL PARTICLES studied about

Section 1 Quarks

Section 2 Hadron

Section 3 Quark Changes in Beta Decay

Section 4 Leptons

Section 5 Standard Model of Elementary Particle

In CHAPTER 1 ATOMS, MOLECULE AND STOICHIOMETRY studied about :

Section 1 MASSES OF ATOMS AND MOLECULES

Section 2 EMPIRICAL FORMULAE

Section 3 MOLECULAR FORMULA

Section 4 STOICHIOMETRY

Section 5 SIGNIFICANT FIGURES

In CHAPTER 2 ATOMIC STRUCTURE studied about:

Section 1 PARTICLES IN ATOM

Section 2 THE NUCLEUS OF THE ATOM

Section 3 ELECTRONS IN ATOM

In CHAPTER 3 CHEMICAL BONDING studied about:

Section 1 IONIC BONDING

Section 2 COVALENT BONDING

Section 3 INTERMOLECULAR FORCES

Section 4 METALLIC BONDING

Section 5 BONDING AND PHYSICAL PROPERTIES

In CHAPTER 4 STATES OF MATTER studied about:

Section 1 THE GASEOUS STATE

Section 2 THE LIQUID STATE

Section 3 THE SOLID STATE

In CHAPTER 5 CHEMICAL ENERGETICS studied about:

Section 1 ENTHALPY CHANGE

Section 2 HESS' LAW

Section 3 ENTROPY CHANGES

Section 4 GIBBS FREE ENERGY CHANGE

In CHAPTER 6 ELECTROCHEMISTRY studied about:

Section 1 REDUCTION OXIDATION

Section 2 ELECTROLYSIS

Section 3 ELECTRODE POTENTIALS

Section 4 CELLS AND BATTERIES

In CHAPTER 7 EQUILIBRIA studied about:

Section 1 CHEMICAL EQUILIBRIA

Section 2 IONIC EQUILIBRIA

Section 3 SOLUBILITY PRODUCT

In CHAPTER 8 REACTION KINETICS studied about:

Section 1 REACTION RATE

Section 2 FACTOR AFFECTING REACTION RATE

Section 3 CATALYSIS

In CHAPTER 9 CHEMICAL PERIODICITY studied about:

Section 1 PERIODICITY OF PHYSICAL PROPERTIES OF THE ELEMENTS IN PERIOD 3

Section 2 PERIODICITY OF CHEMICAL PROPERTIES OF THE ELEMENTS IN PERIOD 3

Section 3 PERIODICITY OF CHEMICAL PERIODICITY OF OTHER ELEMENTS

In CHAPTER 10 GROUP 2 studied about:

Section 1 SIMILIARITIES AND TRENDS IN THE PROPERTIES OF GROUP 2 ELEMENTS

Section 2 SOME USES OF GROUP 2 COMPOUNDS

In CHAPTER 11 GROUP 17 studied about:

Section 1 PHYSICAL PROPERTIES OF GROUP 17 ELEMENTS

Section 2 CHEMICAL PROPERTIES OF GROUP 17 ELEMENTS

Section 3 REACTIONS OF THE HALIDE IONS

Section 4 DISPROPORTIONATION REACTION

Section 5 SOME USES OF THE HALOGENS AND HALOGEN COMPOUNDS

In CHAPTER 12 INTRODUCTION TO TRANSITION ELEMENTS studied about:

Section 1 PROPERTIES OF TRANSITION METALS

Section 2 ELECTRONIC CONFIGURATION OF TRANSITION ELEMENTS

Section 3 LIGANDS AND COMPLEX FORMATION

Section 4 TRANSITION METALS AS CATALYST

Section 5 OXIDATION STATE AND COLOURED COMPLEXES

In CHAPTER 13 NITROGEN AND SULFUR studied about:

Section 1 NITROGEN COMPOUNDS

Section 2 SULFUR COMPOUNDS

In CHAPTER 14 INTRODUCTION TO ORGANIC CHEMISTRY studied about:

Section 1 FORMULAE, FUNCTIONAL GROUPS AND NAMING OF ORGANIC COMPOUNDS

Section 2 CHARACTERISTIC ORGANIC REACTIONS

Section 3 SHAPES OF ORGANIC MOLECULES

Section 4 ISOMERISM OF ORGANIC COMPOUNDS

In CHAPTER 15 HYDROCARBONS studied about:

Section 1 ALKANES

Section 2 ALKENES

Section 3 HYDROCARBONS AS FUELS

Section 4 ARENES

In CHAPTER 16 HALOGEN DERIVATIVES studied about:

Section 1 HALOGENOALKANES

Section 2 RELATIVE STRENGTH OF THE C–Hal BOND

In CHAPTER 17 HYDROXY COMPOUNDS studied about:

Section 1 ALCOHOLS

Section 2 PHENOLS

In CHAPTER 18 CARBONYL COMPOUNDS studied about:

Section 1 ALDEHYDES AND KETONES

Section 2 DISTINGUISHING BETWEEN ALDEHYDES AND KETONES

In CHAPTER 19 CARBOXYLIC ACID AND DERIVATIVES studied about:

Section 1 CARBOXYLIC ACIDS

Section 2 ACYL CHLORIDES

Section 3 ESTERS

In CHAPTER 20 NITROGEN COMPOUNDS studied about:

Section 1 PRIMARY AMINES

Section 2 AMIDES

Section 3 AMINO ACIDS

In CHAPTER 21 POLYMERIZATION studied about:

Section 1 CONDENSATION POLYMERISATION

Section 2 TYPES OF POLYMERISATION

Section 3 PROPERTIES AND USES OF POLYMERS

Section 4 DEGRADABLE POLYMERS

In CHAPTER 22 ANALYTICAL TECHNIQUES studied about:

Section 1 CHROMATOGRAPHY

Section 2 INFRA-RED SPECTROSCOPY

Section 3 MASS SPECTROMETRY

Section 4 CARBON-13 NMR SPECTROSCOPY

Section 5 PROTON NMR SPECTROSCOPY

In CHAPTER 23 ORGANIC SYNTHESIS studied about:

Section 1 SYNTHESIS OF CHIRAL DRUG MOLECULES

Section 2 SYNTHETIC ROUTES

In CHAPTER 1 ALGEBRA studied about

SECTION 1 BACKGROUND ALGEBRA

SECTION 2 LINEAR EQUATIONS

SECTION 3 CHANGING THE SUBJECT OF A FORMULA

SECTION 4 QUADRATIC EQUATIONS

SECTION 5 SOLVING QUADRATIC EQUATIONS

SECTION 6 EQUATIONS THAT CAN NOT FACTORISED

SECTION 7 THE GRAPH OF QUADRATIC FUNCTIONS

SECTION 8 THE QUADRATIC FORMULA

SECTION 9 SIMULTANEOUS EQUATIONS

SECTION 10 INEQUALITIES

In MATH 1 CHAPTER 2 CO-ORDINATE GEOMETRY studied about

SECTION 1 CO-ORDINATE

SECTION 2 PLOTTING, SKETCHING AND DRAWING

SECTION 3 THE GRADIENT OF A LINE

SECTION 4 THE DISTANCE BETWEEN TWO POINT

SECTION 5 THE MID-POINT OF A LINE JOINING TWO POINT

SECTION 6 THE EQUATIONS OF STRAIGHT LINE

SECTION 7 FINDING OF EQUATION OF A LINE

SECTION 8 THE INTERSECTION OF TWO LINE

SECTION 9 DRAWING CURVE

SECTION 10 THE INTERSECTION OF A LINE AND A CURVE

In CHAPTER 3 SEQUENCES AND SERIES Studied about

SECTION 1 DEFINITIONS AND NOTATIONS

SECTION 2 ARITHMETIC PROGRESSION

SECTION 3 GEOMETRIC PROGRESSION

SECTION 4 BINOMIAL EXPANSIONS

In CHAPTER 4 FUNCTIONS Studied about

SECTION 1 THE LANGUAGE OF FUNCTIONS

SECTION 2 COMPOSITE FUNCTIONS

SECTION 3 INVERSE FUNCTIONS

In CHAPTER 5 DIFFERENTIATION Studied about

SECTION 1 THE GRADIENT OF A CURVE

SECTION 2 FINDING THE GRADIENT OF A CURVE

SECTION 3 FINDING THE GRADIENT FROM FIRST PRINCIPLES

SECTION 4 DIFFERENTIATING BY USING STANDARD RESULT

SECTION 5 USING DIFFERENTIATION

SECTION 6 TANGENTS AND NORMALS

SECTION 7 MAXIMUM AND MINIMUM POINTS

SECTION 8 INCREASING AND DECREASING FUNCTIONS

SECTION 9 POINTS OF INFLECTION

SECTION 10 SECOND DERIVATIVE

SECTION 11 APPLICATIONS

SECTION 12 THE CHAIN RULE

In CHAPTER 6 INTEGRATIONS studied about

SECTION 1 REVERSING DIFFERENTIATION

SECTION 2 FINDING AREA UNDER A CURVE

SECTION 3 AREA AS A LIMIT OF A SUM

SECTION 4 AREAS BELOW THE X-AXIS

SECTION 5 THE AREA BETWEEN TWO CURVE

SECTION 6 THE AREA BETWEEN A CURVE AND THE Y-AXIS

SECTION 7 THE REVERSE CHAIN RULE

SECTION 8 IMPROPER INTEGRAL

SECTION 9 FINDING VOLUMES BY INTEGRATION

In CHAPTER 7 TRIGONOMETRY studied about

SECTION 1 TRIGONOMETRY BACKGROUND

SECTION 2 TRIGONOMETRICAL FUNCTION

SECTION 3 TRIGONOMETRICAL FUNCTION FOR ANGLES ON ANY SIZE

SECTION 4 THE SINE AND COSINE GRAPH

SECTION 5 THE TANGENT GRAPH

SECTION 6 SOLVING EQUATIONS USING GRAPHS OF TRIGONOMETRICAL FUNCTIONS

SECTION 7 CIRCULAR MEASURE

SECTION 8 THE LENGTH OF AN ARC OF A CIRCLE

SECTION 9 THE AREA OF A SECTOR OF A CIRCLE

SECTION 10 OTHER TRIGONOMETRICAL FUNCTIONS

In CHAPTER 8 VECTOR studied about

SECTION 1 VECTOR IN TWO DIMENSION

SECTION 2 VECTOR IN THREE DIMENSION

SECTION 3 VECTOR CALCULATIONS

SECTION 4 THE ANGLE BETWEEN TWO VECTOR

In CHAPTER 9 RADIANS studied about

SECTION 1 ARC, SECTOR AND SEGMENT

SECTION 2 RADIANS

SECTION 3 RADIANS AND DEGREES

SECTION 4 ARC, SECTOR AND SEGMENT REVISITED

In CHAPTER 10 BINOMIAL THEOREM studied about

SECTION 1 BINOMIAL THEOREM

SECTION 2 BINOMIAL EXPANSION

In CHAPTER 1 ALGEBRA Studied about

SECTION 1 OPERATIONS WITH POLYNOMIALS

SECTION 2 SOLUTION OF POLYNOMIAL EQUATIONS

SECTION 3 THE MODULUS FUNCTIONS

In CHAPTER 2 LOGARITHMS AND EXPONENTIALS Studied about

SECTION 1 LOGARITHMS

SECTION 2 EXPONENTIAL FUNCTIONS

SECTION 3 MODELING CURVES

SECTION 4 THE NATURAL LOGARITHM FUNCTIONS

SECTION 5 THE EXPONENTIAL FUNCTIONS

In CHAPTER 3 TRIGONOMETRY studied about

SECTION 1 RECIPROCAL TRIGONOMETRICAL FUNCTIONS

SECTION 2 COMPOUND ANGLE FORMULAE

SECTION 3 DOUBLE ANGLE FORMULAE

SECTION 4 THE FORM RCOS AND RSIN

SECTION 5 THE GENERAL SOLUTIONS OF TRIGONOMETRICAL EQUATIONS

In CHAPTER 4 DIFFERENTIATION Studied about

SECTION 1 THE PRODUCT RULE

SECTION 2 THE QUOTIENT RULE

SECTION 3 DIFFERENTIATING NATURAL LOGARITHMS AND EXPONENTIALS

SECTION 4 DIFFERENTIATING TRIGONOMETRICAL FUNCTIONS

SECTION 5 DIFFERENTIATING FUNCTIONS DEFINED IMPLICITLY

SECTION 6 PARAMETRIC EQUATIONS

SECTION 7 PARAMETRIC DIFFERENTIATION

In CHAPTER 5 INTEGRATION Studied about

SECTION 1 INTEGRAL INVOLVING THE EXPONENTIAL FUNCTION

SECTION 2 INTEGRAL INVOLVING THE NATURAL LOGARITHM FUNCTION

SECTION 3 INTEGRAL INVOLVING THE TRIGONOMETRICAL FUNCTIONS

SECTION 4 NUMERICAL INTEGRATION

In CHAPTER 6 NUMERICAL SOLUTION OF EQUATIONS studied about

SECTION 1 INTERVAL ESTIMATION - CHANGE OF SIGN METHOD

SECTION 2 FIXED POINT ITERATION

In CHAPTER 1 FURTHER ALGEBRA Studied about

SECTION 1 THE GENERAL BINOMIAL EXPANSION

SECTION 2 REVIEW OF ALGEBRAIC FRACTIONS

SECTION 3 PARTIAL FRACTIONS

SECTION 4 USING PARTIAL FRACTIONS WITH THE BINOMIAL EXPANSION

In CHAPTER 2 FURTHER INTEGRATION Studied about

SECTION 1 INTEGRATION BY SUBSTITUTION

SECTION 2 INTEGRATION BY PARTS

SECTION 3 INTEGRALS INVOLVING EXPONENTIALS AND NATURAL LOGARITHMS

SECTION 4 INTEGRALS INVOLVING TRIGONOMETRICAL FUNCTIONS

SECTION 5 THE USE OF PARTIAL FRACTIONS IN INTEGRATION

SECTION 6 GENERAL INTEGRATION

MATH 3 CHAPTER 3 DIFFERENTIAL EQUATIONS

SECTION 1 FORMING DIFFERENTIAL EQUATIONS FROM RATES OF CHANGE

SECTION 2 SOLVING DIFFERENTIAL EQUATIONS

In CHAPTER 4 VECTOR Studied about

SECTION 1 THE VECTOR EQUATION OF A LINE

SECTION 2 THE INTERSECTION OF TWO LINES

SECTION 3 THE ANGLE BETWEEN TWO LINES

SECTION 4 THE PERPENDICULAR DISTANCE FROM A POINT TO A LINE

SECTION 5 THE VECTOR EQUATION OF A PLANE

SECTION 6 THE INTERSECTION OF A LINE AND A PLANE

SECTION 7 THE DISTANCE OF A POINT FROM A PLANE

SECTION 8 THE ANGLE BETWEEN A LINE AND A PLANE

SECTION 9 THE INTERSECTION OF TWO PLANES

In CHAPTER 5 COMPLEX NUMBERS Studied about

SECTION 1 THE GROWTH OF THE NUMBER SYSTEM

SECTION 2 WORKING WITH COMPLEX NUMBERS

SECTION 3 REPRESENTING COMPLEX NUMBERS GEOMETRICALLY

SECTION 4 SETS OF POINTS IN AN ARGAND DIAGRAM

SECTION 5 THE MODULUS–ARGUMENT FORM OF COMPLEX NUMBERS

SECTION 6 SETS OF POINTS USING THE POLAR FORM

SECTION 7 WORKING WITH COMPLEX NUMBERS IN POLAR FORM

SECTION 8 COMPLEX EXPONENTS

SECTION 9 COMPLEX NUMBERS AND EQUATIONS

in CHAPTER 1 EXPLORING DATA studied about

SECTION 1 LOOKING AT THE DATA

SECTION 2 STEM-AND-LEAF DIAGRAMS

SECTION 3 CATEGORICAL OR QUALITATIVE DATA

SECTION 4 NUMERICAL OR QUANTITATIVE DATA

SECTION 5 MEASURES OF CENTRAL TENDENCY

SECTION 6 FREQUENCY DISTRIBUTIONS

SECTION 7 GROUPED DATA

SECTION 8 MEASURES OF SPREAD (VARIATION)

SECTION 9 WORKING WITH AN ASSUMED MEAN

In CHAPTER 2 REPRESENTING AND INTERPRETING DATA studied about

SECTION 1 HISTOGRAMS

SECTION 2 MEASURES OF CENTRAL TENDENCY AND OF SPREAD USING QUARTILES

SECTION 3 CUMULATIVE FREQUENCY CURVES

In CHAPTER 3 PROBABILITY studied about

SECTION 1 MEASURING PROBABILITY

SECTION 2 ESTIMATING PROBABILITY

SECTION 3 EXPECTATION

SECTION 4 THE PROBABILITY OF EITHER ONE EVENT OR ANOTHER

SECTION 5 INDEPENDENT AND DEPENDENT EVENTS

SECTION 6 CONDITIONAL PROBABILITY

In CHAPTER 4 DISCRETE RANDOM VARIABLE studied about

SECTION 1 DISCRETE RANDOM VARIABLES

SECTION 2 EXPECTATION AND VARIANCE

In STAT 1 CHAPTER 5 PERMUTATIONS AND COMBINATIONS sutied about

SECTION 1 FACTORIALS

SECTION 2 PERMUTATIONS

SECTION 3 COMBINATIONS

SECTION 4 THE BINOMIAL COEFFICIENTS

SECTION 5 USING BINOMIAL COEFFICIENTS TO CALCULATE PROBABILITIES

In STAT 1 CHAPTER 6 THE BINOMIAL DISTRIBUTIONS studied about

SECTION 1 THE BINOMIAL DISTRIBUTION

SECTION 2 THE EXPECTATION AND VARIANCE OF BINOMIAL DISTRIBUTION

SECTION 3 USING THE BINOMIAL DISTRIBUTION

In CHAPTER 7 NORMAL DISTRIBUTIONS studied about

SECTION 1 USING NORMAL DISTRIBUTION TABLES

SECTION 2 THE NORMAL CURVE

SECTION 3 MODELLING DISCRETE SITUATIONS

SECTION 4 USING THE NORMAL DISTRIBUTION AS AN APPROXIMATION FOR THE BINOMIAL DISTRIBUTION

In CHAPTER 1 THE POISSON DISTRIBUTIONS studied about

SECTION 1 THE POISSON DISTRIBUTION

SECTION 2 MODELLING WITH A POISSON DISTRIBUTION

SECTION 3 THE SUM OF TWO OR MORE POISSON DISTRIBUTIONS

SECTION 4 THE POISSON APPROXIMATION TO THE BINOMIAL DISTRIBUTION

SECTION 5 USING THE NORMAL DISTRIBUTION AS AN APPROXIMATION FOR THE POISSON DISTRIBUTION

In CHAPTER 2 LINEAR COMBINATIONS OF RANDOM VARIABLES studied abour

SECTION 1 THE EXPECTATION (MEAN) OF A FUNCTION OF X

SECTION 2 EXPECTATION: ALGEBRAIC RESULTS

SECTION 3 THE SUMS AND DIFFERENCES OF INDEPENDENT RANDOM VARIABLES

SECTION 4 MORE THAN TWO INDEPENDENT RANDOM VARIABLES

In CHAPTER 3 CONTINUOUS RANDOM VARIABLE studied about

SECTION 1 PROBABILITY DENSITY FUNCTION

SECTION 2 MEAN AND VARIANCE

SECTION 3 THE MEDIAN

SECTION 4 THE MODE

SECTION 5 THE UNIFORM (RECTANGULAR) DISTRIBUTION

In CHAPTER 4 SAMPLING studied about

SECTION 1 TERMS AND NOTATION

SECTION 2 SAMPLING

SECTION 3 SAMPLING TECHNIQUES

In CHAPTER 5 HYPOTHESIS TESTING USING THE BINOMIAL DISTRIBUTION Studied about

SECTION 1 DEFINING TERMS

SECTION 2 HYPOTHESIS TESTING CHECKLIST

SECTION 3 CHOOSING THE SIGNIFICANCE LEVEL

SECTION 4 CRITICAL VALUES AND CRITICAL (REJECTION) REGIONS

SECTION 5 ONE-TAIL AND TWO-TAIL TESTS

SECTION 6 TYPE I AND TYPE II ERRORS

In CHAPTER 6 HYPOTHESIS TESTING AND CONFIDENCE INTERVALS USING THE NORMAL DISTRIBUTION studied about

SECTION 1 INTERPRETING SAMPLE DATA USING THE NORMAL DISTRIBUTION

SECTION 2 THE CENTRAL LIMIT THEOREM

SECTION 3 CONFIDENCE INTERVALS

SECTION 4 HOW LARGE A SAMPLE DO YOU NEED?

SECTION 5 CONFIDENCE INTERVALS FOR A PROPORTION

MATH 2 CHAPTER 6 NUMERICAL SOLUTION OF EQUATIONS

CHAPTER 6 NUMERICAL SOLUTION OF EQUATIONS