TOLC-F pharmacy admission test course

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Kurs içeriği

1. Ünite 1

   Getting started

   Understand the format, separate clocks and scoring before using the subject lessons and linked practice.

   1. 1.How the TOLC-F worksUnderstand the TOLC-F section clocks, scoring and practical rules, then build a study routine around errors and topic practice.17 dk

2. Ünite 2

   Biology

   Connect biological molecules and cells with inheritance, energy pathways, ecological interactions and human organ systems.

   1. 2.Biological molecules, water and enzymesConnect water and the major biological molecules with their functions, then explain how enzymes change reaction rates.18 dk
   2. 3.Biodiversity, classification and virusesMove between levels of biological organisation, compare the major cellular groups, and distinguish viruses from cellular organisms.17 dk
   3. 4.Cells, organelles and membrane transportCompare cell types and organelles, trace a secreted protein, and use gradients to distinguish passive and active transport.18 dk
   4. 5.Cell division, DNA and inheritanceTrack chromosomes through mitosis and meiosis, connect DNA with proteins, and calculate simple Mendelian inheritance probabilities.22 dk
   5. 6.Photosynthesis, respiration and fermentationFollow carbon, electrons and ATP through photosynthesis, glycolysis, aerobic respiration and fermentation without confusing their roles.19 dk
   6. 7.Ecosystems, food webs and populationsRead food-web arrows, distinguish energy flow from nutrient cycling, and explain interactions and limits on population growth.18 dk
   7. 8.Human organ systems and homeostasisConnect major human organ systems with exchange, transport, control and reproduction, and reason through negative feedback.22 dk

3. Ünite 3

   Chemistry

   Use atomic structure and bonding to build formulas, balance reacting amounts and electrons, analyse solutions and identify organic functional groups.

   1. 9.Atoms, bonds and reacting amountsUse particle counts to identify atoms and ions, predict simple bonding patterns, and find how much product a limited supply of reactant can make.20 dk
   2. 10.Inorganic compounds, formulas and namesBuild neutral formulas from ions, distinguish oxides, hydroxides, acids and salts, and use names to recover composition.18 dk
   3. 11.Oxidation numbers and electron transferAssign oxidation numbers, identify oxidising and reducing agents, and balance electron transfer alongside atoms and charge.19 dk
   4. 12.Solutions, equilibrium and pHCalculate molarity after dilution, predict how a disturbed equilibrium responds, and read hydrogen-ion concentrations from a logarithmic pH scale.20 dk
   5. 13.Carbon bonding, isomers and functional groupsRead carbon structures, distinguish molecular formulas from connectivity, and identify common hydrocarbon and functional-group families.20 dk

4. Ünite 4

   Mathematics

   Build number fluency, solve equations and inequalities, read functions and geometry, and connect counting with probability and statistics.

   1. 14.Real numbers, powers and radicalsCompare exact real numbers, simplify powers and roots, and estimate sizes by hand using normalised scientific notation.18 dk
   2. 15.Ratios, percentage changes and divisibilityChoose a percentage base, scale a ratio, and use integer factors and remainders to solve grouping and scheduling problems by hand.18 dk
   3. 16.Polynomial division and factorisationUse the remainder theorem and Ruffini’s rule to divide by a linear factor, then factor higher-degree expressions and simplify fractions.18 dk
   4. 17.Quadratic equations and inequalitiesUse factors, the discriminant and the direction of a parabola to locate every real solution of a quadratic equation or inequality.18 dk
   5. 18.Rational inequalities and systemsBuild a sign chart for an algebraic fraction, handle holes and repeated factors, and intersect the answers to simultaneous inequalities.18 dk
   6. 19.Radical and absolute-value inequalitiesUse domain and sign conditions before squaring a radical inequality, and translate absolute-value bounds into distances on the real line.18 dk
   7. 20.Exponential and logarithmic equations and inequalitiesRewrite powers with a common base, use a positive substitution, and solve logarithmic comparisons while preserving the original domain.18 dk
   8. 21.Plane geometry with triangles and circlesMatch similar triangles, use projections in a right triangle, and connect chords, tangents and angles to the arc they intercept.18 dk
   9. 22.Solid geometry and changes of scaleChoose a base and perpendicular height, separate exposed area from volume and recover a length scale from an area or volume ratio.20 dk
   10. 23.Coordinates, lines and distancesBuild a line through a given point, find the shortest distance to it and use coordinate differences to measure lengths and areas.20 dk
   11. 24.Circles, parabolas, ellipses and hyperbolasRead a conic from its equation, recover its centre or vertex and decide whether a line cuts, touches or misses a circle.20 dk
   12. 25.Function domains, inverses and graph transformationsTrack allowed inputs through a composition, decide when a function can be reversed and follow points through shifts and reflections.20 dk
   13. 26.Exponential and logarithmic graphsSketch inverse graphs from exact points, use logarithm laws with their domains and compare logarithms in increasing or decreasing bases.20 dk
   14. 27.The unit circle and trigonometric equationsRead signs and exact values from the unit circle, use double-angle identities and find every angle in a specified interval.20 dk
   15. 28.The sine and cosine rules for trianglesMatch sides to opposite angles, choose a triangle rule from the known measurements and find an area without calculating a height.20 dk
   16. 29.Weighted means, medians and probabilityCombine group means using group sizes, find a median from frequencies and distinguish overlapping, independent and mutually exclusive events.20 dk
   17. 30.Factorials, combinations and probabilityDecide whether order and replacement matter, count arrangements and selections, and turn equally likely outcomes into probabilities.19 dk

5. Ünite 5

   Physics

   Model motion and forces, follow energy through fluids and gases, and connect charge, circuits and light.

   1. 31.Physical quantities, units and errorsConvert physical units, use scientific notation, compare proportional relationships and interpret simple measurement uncertainties.18 dk
   2. 32.Vectors, motion and inclined planesRead motion graphs and resolve forces along a slope to find a moving object's acceleration, including the effects of tension and friction.20 dk
   3. 33.Energy, fluids and ideal gasesTrack energy transfers, compare pressures at depth, calculate buoyancy and use absolute temperature to predict changes in an ideal gas.20 dk
   4. 34.Charges, circuits and opticsCompare electric forces, trace current and voltage in resistor networks, and use the normal to predict reflection and refraction by hand.20 dk
   5. 35.Magnetic forces, waves and thin lensesPredict magnetic-force magnitudes, relate wave speed to frequency and wavelength, and locate images using a consistent thin-lens convention.22 dk

6. Ünite 6

   Logic

   Test implications, translate quantifiers and constraints, and use elementary mathematical patterns to reach justified conclusions.

   1. 36.Implications and necessary conditionsTranslate if, only if and unless into one-way rules, chain deductions and test a proposed conclusion with a counterexample.18 dk
   2. 37.Quantifiers, negation and Venn diagramsTrack what all, some and none commit you to, negate claims exactly and test syllogisms by placing individual objects in sets.18 dk
   3. 38.Constraints, guarantees and flowsOrganise scheduling clues, find the smallest guaranteed count and combine compatible work rates using a common unit.18 dk
   4. 39.Sequences and patternsTest additive, multiplicative and interleaved rules, track positions carefully and explain which continuation follows a specified pattern.18 dk
   5. 40.Graphs, tables and justified comparisonsRead units and denominators before comparing data, distinguish totals from rates, and avoid conclusions that a graph cannot support.18 dk