Seratus Institute

AS and A Level Preparation 6 months

Cambridge AS and A Level Preparation 6 months active period, BONUS 25 diamonds to ask questions via the "TANYA JAWAB SOAL" application.

Harga

Rp 5.000.000 Rp 2.500.000

Pilih Durasi

Semester

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 1 CHAPTER 10 BINOMIAL THEOREM

CHAPTER 10 BINOMIAL THEOREM