
Sara Malik
O LEVELS CANDIDATE FOR 2018
MY PROGRESS IN PHYSICS
38
points
EXAM AREAS | Before | After |
---|---|---|
General Physics | 40% | 74% |
Newtonian Mechanics | 40% | 82% |
Energy & Thermal Physics | 50% | 85% |
Waves | 70% | 92% |
Electricity & Magnetism | 60% | 86% |
Radioactivity | 60% | 86% |
OVERALL | 46% | 84% |
Assessment | IoBM Average | |
---|---|---|
Innovation | 59% | Try now! |
English Comprehension | 62% | Try now! |
English Functional | 66% | Try now! |
Creative problem solving | 67% | Try now! |
Maths functional | 67% | Try now! |
Multitasking | 67% | Try now! |
Social Perceptiveness | 67% | Try now! |
Teamwork | 67% | Try now! |
Workplace Ethics | 67% | Try now! |
Stress tolerance | 67% | Try now! |
Feeds
Strengths & Weaknesses
Measurement instruments and accuracy
Resultant vectors using graphs
Differentiating scalars and vectors
Measuring time intervals
Recognizing SI units
Resultant vectors using graphs
Differentiating scalars and vectors
Measuring time intervals
Recognizing SI units
Free-fall and terminal velocity
Circular path, force, direction
Monometer and pressure difference
Gas pressure, temperature, volume
Principle of moments calculation
Centre of mass and objects stability
Elastic solids, load, proportions
Calculate mass and weight
Calculate pressure and volume
Calculate pressure, force, area
Circular path, force, direction
Monometer and pressure difference
Gas pressure, temperature, volume
Principle of moments calculation
Centre of mass and objects stability
Elastic solids, load, proportions
Calculate mass and weight
Calculate pressure and volume
Calculate pressure, force, area
Calculate work, force, distance
Calculate kinetic energy
Melting, Boiling, Energy transfer
Solids, Liquids, Gases
Infrared radiation emissions
Thermometers, sensitivity, range, linearity
Properties of measuring temperature
How is evaporation affected
Heat transfer in solids
Temperature change in molecules
Calculate kinetic energy
Melting, Boiling, Energy transfer
Solids, Liquids, Gases
Infrared radiation emissions
Thermometers, sensitivity, range, linearity
Properties of measuring temperature
How is evaporation affected
Heat transfer in solids
Temperature change in molecules
Calculate refractive index
Draw scale diagrams
X-rays and gamma rays
Wave equation, compressions, refractions
Reflection, refraction, ripple tank
Frequency and wavelength colors
Ray diagrams, image formation
Experiment for image position
Internal reflection, critical angle
Draw scale diagrams
X-rays and gamma rays
Wave equation, compressions, refractions
Reflection, refraction, ripple tank
Frequency and wavelength colors
Ray diagrams, image formation
Experiment for image position
Internal reflection, critical angle
Materials for magnetic screening
Fleming’s left hand rule
Attraction, repulsion, separation, charges
Calculation of a charge
Calculate resistance, series, parallel
Using split ring commentator
Induced magnetism
Emission, metal filament
Calculate power and energy
Lenz’s law
Fleming’s left hand rule
Attraction, repulsion, separation, charges
Calculation of a charge
Calculate resistance, series, parallel
Using split ring commentator
Induced magnetism
Emission, metal filament
Calculate power and energy
Lenz’s law
Half life calculation
3 emission types, characteristics
Using nuclide notation
Fusion and fission
Explain fusion
3 emission types, characteristics
Using nuclide notation
Fusion and fission
Explain fusion