UAE TLS Physics Subject Test study plan
UAE TLS Physics Subject Test · Give each week a clear focus.
8 weeks · About 7 hours per week
Mechanics and Motion
Derive and apply the three kinematic equations to solve one- and two-dimensional motion problems without notes
Draw and interpret free-body diagrams for at least six standard force scenarios (incline, pulley, circular, friction)
State and apply Newton's three laws to predict accelerations in multi-body systems
Set up and solve conservation-of-energy problems distinguishing conservative from non-conservative work
Your checkpoint
A 20-problem mechanics set (kinematics, forces, energy) solved under timed conditions with 85% or higher accuracy and every error annotated with its cause
Mechanics and Motion
Apply conservation of momentum to one- and two-dimensional collisions and explosions
Compute torque and rotational inertia to analyze rigid-body equilibrium and rotation
Relate linear and angular quantities to convert between translational and rotational descriptions
Solve gravitational-orbit and satellite problems using Newton's law of gravitation
Your checkpoint
A one-page formula-and-method sheet for momentum, rotation, and gravitation, plus 15 mixed problems solved using only that sheet
Electricity and Magnetism
Apply Coulomb's law and superposition to compute net force and field from point charges
Use Gauss's law to derive the field of symmetric charge distributions (line, plane, sphere)
Calculate electric potential, potential energy, and capacitance in simple circuits and geometries
Analyze series and parallel resistor networks using Kirchhoff's rules to find currents and voltages
Your checkpoint
A worked solution portfolio of 12 electrostatics and DC-circuit problems, each with a labeled diagram and a one-sentence justification of the chosen principle
Electricity and Magnetism
Apply the right-hand rule to determine magnetic forces on moving charges and current-carrying wires
Use Faraday's and Lenz's laws to predict induced EMF magnitude and current direction
Distinguish the behavior of resistors, capacitors, and inductors in AC circuits and compute reactance
Identify and correct the three most common sign-and-direction errors in electromagnetism problems
Your checkpoint
A full-length timed practice test covering Domains 1 and 3, scored and reviewed with a written error log listing every missed concept
Waves, Sound, and Optics & Thermodynamics and Kinetic Theory
Apply the wave equation and superposition to solve interference, standing-wave, and beat problems
Trace ray diagrams through mirrors and lenses and compute image position and magnification with the lens/mirror equation
Apply the first law of thermodynamics to compute work, heat, and internal energy changes in each basic process
Use the kinetic theory of gases to relate temperature, pressure, and molecular speed, and compute efficiency of heat engines
Your checkpoint
A two-column comparison sheet contrasting wave optics with geometric optics and isothermal with adiabatic processes, each entry backed by a solved example problem
Modern Physics and Quantum Concepts & Scientific Inquiry, Measurement, and Data Analysis
Apply the photoelectric equation and de Broglie relation to compute threshold frequencies and wavelengths
Explain and apply mass-energy equivalence and basic nuclear decay/ half-life calculations
Distinguish accuracy from precision and identify sources of systematic and random error in given data sets
Propagate uncertainty through simple calculations and interpret slope, intercept, and error bars on a graph
Your checkpoint
A data-analysis lab report using a provided numeric data table, including uncertainty propagation, a plotted best-fit line, and a stated conclusion with a confidence statement
Physics Pedagogy and Classroom Practice & Scientific Inquiry, Measurement, and Data Analysis
Design a 5E-model lesson segment for a hard physics concept and justify each phase pedagogically
Write three conceptual (misconception-probing) questions with a rationale for each distractor
Select and justify appropriate laboratory or demonstration equipment for a specified learning objective
Analyze a student work sample to diagnose a misconception and prescribe a targeted intervention
Your checkpoint
A complete lesson plan package: one 5E lesson, three misconception questions with rationales, and one written diagnosis of a student work sample
Mechanics and Motion & Waves, Sound, and Optics & Electricity and Magnetism & Thermodynamics and Kinetic Theory & Modern Physics and Quantum Concepts & Scientific Inquiry, Measurement, and Data Analysis & Physics Pedagogy and Classroom Practice
Take two full-length timed practice tests under exam conditions and record per-domain accuracy
Re-teach the three weakest domains from scratch using only self-generated notes
Build a final one-page quick-reference card per domain and verify each entry against a solved problem
Simulate exam pacing to complete each section with at least five minutes to spare
Your checkpoint
A final readiness report showing per-domain accuracy on both practice tests, a ranked list of remaining weak areas, and a completed set of seven quick-reference cards
Milestones
Week 2: Score 80% or higher on a 25-question mechanics-only quiz taken closed-book and timed
Week 4: Score 75% or higher on the combined Domains 1 and 3 practice test, with the error log showing no repeated error type
Week 6: Score 75% or higher on a mixed Domains 2, 4, 5, and 6 quiz and submit a lab report with correctly propagated uncertainties
Week 8: Score 80% or higher on both full-length practice tests with no domain below 65% accuracy