Assessment and Qualifications Alliance (AQA) GCSE Physics Paper 2 Practice Exam

Browse all practice questions for the Assessment and Qualifications Alliance (AQA) GCSE Physics Paper 2 Practice Exam. Search by topic, open any question and review its full explanation, then test yourself in the practice quiz.

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Discover how massive stars create elements during their explosive endWhat do massive stars create during their explosion?Discover how white light is made up of a range of colorsWhite light is made of which of the following?Discover how X-rays are used to detect broken bones in medicineWhat is one of the primary uses of X-rays in medicine?Discover the fascinating use of microwaves in communicationsHow are microwaves used in communications?Discover the formula that determines pressure in fluidsWhat formula determines pressure in fluids?Discovering Contact Forces Through Friction in PhysicsWhich force is an example of a contact force?Discovering the Secrets of Seismic Waves and Their DetectionWhich feature best describes seismic waves?Exploring the Factors Influencing Fluid PressureWhat factor does NOT influence the pressure exerted by a fluid?Exploring What 'Galaxies Pushing Apart' Says About Our UniverseWhat does the term 'galaxies pushing apart' imply about the universe?Find out how atmospheric pressure changes as you increase in heightHow does atmospheric pressure change with height?Finding the Right Instrument for Measuring SoundWhat instrument is commonly used for measuring sound?Friction Force: The Contact That Moves UsWhat type of force requires physical contact to occur?How a Concave Lens Affects Light RaysWhat does a concave lens do to light rays?How Alternating Current is Generated by AlternatorsWhat type of current is generated by alternators?How Do Supernova Explosions Create Elements Heavier Than Iron?What primarily creates elements heavier than iron in the universe?How Does Weight Change with Mass in Physics?What happens to the weight of an object when its mass increases, assuming gravitational field strength remains constant?How Increasing Frequency Affects Wave WavelengthWhat effect does increasing frequency have on the wavelength of a wave?How is the Moment of a Force Calculated in Physics?What is the moment of a force calculated as?How New Evidence Can Transform Our Understanding of the UniverseHow can new evidence affect scientific theories about the universe?How sonar technology helps detect objects underwaterWhat is the primary function of sonar technology?How to Calculate Acceleration Using a Simple FormulaWhat is the formula for calculating acceleration?How Ultraviolet Light Effectively Kills BacteriaWhich of the following is a use of ultraviolet light?How Various Factors Can Inhibit Your Reaction TimesWhich of the following can inhibit reaction times?Speed increases thinking distance for driversWhat effect does speed have on thinking distance?Understanding Alternating Current in GCSE PhysicsWhich of the following best describes alternating current?Understanding CMBR and Its Importance in AstrophysicsWhat does CMBR stand for in astrophysics?Understanding Cosmic Microwave Background RadiationWhat type of radiation is believed to be a remnant from the Big Bang?Understanding Direct Current: A Steady Flow of EnergyWhich of the following describes a direct current?Understanding Displacement: A Vector Quantity in PhysicsWhat type of quantity is displacement?Understanding Dwarf Planets and Their Orbits Around the SunWhich of the following objects can be found orbiting the sun?Understanding Electromagnets: The Science Behind Electric Currents and Magnetic FieldsWhat is an electromagnet?Understanding Energy Conversion in Step-Down TransformersWhich term describes the energy conversion in a step-down transformer?Understanding Fleming's Left Hand Rule and Its Importance in PhysicsIn Fleming's left hand rule, what does the first finger indicate?Understanding Fleming's Left-Hand Rule in PhysicsFleming's left hand rule is used to determine what?Understanding Gravitational Field Strength on EarthWhat is the approximate gravitational field strength on Earth?Understanding How a Suntan is CreatedHow is a suntan created?Understanding how color is perceived in objectsHow is color perceived in objects?Understanding how drag behaves as speed increasesHow does drag behave as the speed of an object increases?Understanding How Galaxies Behave According to Steady State TheoryAccording to the Steady State Theory, how are galaxies behaving?Understanding How Gravitational Forces Shape OrbitsWhat characteristic of orbits is primarily due to gravitational forces?Understanding How Induced Current Responds to Changes in Magnetic FieldsHow does induced current respond to changes in a magnetic field?Understanding How Levers Influence Applied ForceWhen using a lever, what happens to the applied force?Understanding How Microwaves Cook Your FoodWhat characteristic is associated with micorwaves used for cooking?Understanding How Momentum is Calculated in PhysicsHow is momentum calculated?Understanding How Orbital Speed Relates to Distance from Stars and PlanetsHow does the speed of an orbiting object relate to its distance from a star or planet?Understanding How P Waves Travel Through Different MediumsIn what medium do P waves travel?Understanding How Pressure is Defined in PhysicsHow is the pressure of an object defined?Understanding How Sound is Perceived by Our BodiesHow is sound perceived by the human body?Understanding How Sound is Produced in a LoudspeakerWhat occurs in a loudspeaker?Understanding How Stars Transition to Main Sequence StarsDuring which stage does a star become a main sequence star?Understanding how the gradient of a velocity-time graph indicates accelerationIn a velocity-time graph, what does the gradient indicate?Understanding How the Number of Turns in a Transformer Influences Voltage OutputWhat does the number of turns on the primary coil of a transformer affect?Understanding how to calculate wave speed: A closer look at frequency and wavelengthHow is wave speed calculated?Understanding Induced Magnets in PhysicsWhat term describes objects that become magnetic when placed in a magnetic field?Understanding Infrasound: What Are the Sounds Below Human Hearing?What type of sound is referred to as infrasound?Understanding Key Features of Induced MagnetsWhat is the key feature of induced magnets?Understanding Magnetic Flux Density in GCSE PhysicsWhat does the term magnetic flux density refer to?Understanding Momentum in Closed Systems and CollisionsWhat is the total momentum in a closed system before and after a collision?Understanding Newton's Third Law of MotionWhat does Newton's third law state about the forces exerted between two interacting objects?Understanding Non-Contact Forces in PhysicsNon-contact forces are defined as forces that:Understanding Non-Contact Forces in PhysicsA force that does not require contact is an example of:Understanding Rarefaction in Sound WavesWhat is the term for the area where sound particles are sparser in a sound wave?Understanding Sound Particle Behavior During CompressionHow do sound particles behave during compression in a sound wave?Understanding the Amplitude of a Wave and Its SignificanceWhat is defined as the amplitude of a wave?Understanding the Angle of Incidence in ReflectionIn the context of reflection, what does the angle of incidence equal?Understanding the Behavior of Elastic Objects Beyond Their Limit of ProportionalityWhich of the following best describes an elastic object beyond its limit of proportionality?Understanding the Big Bang Theory and the Expanding UniverseWhat does the Big Bang Theory suggest about the universe?Understanding the Characteristics of Longitudinal WavesWhich of the following characteristics is true about longitudinal waves?Understanding the Concept of Red-Shift in AstronomyWhat does the term "red-shift" refer to in astronomy?Understanding the concept of terminal velocity in free fallThe term "terminal velocity" refers to:Understanding the Conservation of Momentum in Closed SystemsAccording to the laws of momentum in a closed system, what remains constant?Understanding the Definition of a Dwarf PlanetWhich of the following best defines "dwarf planet"?Understanding the Differences Between Infrasound and UltrasoundWhat property of sound makes infrasound distinct from ultrasound?Understanding the Direct Relationship Between Mass and Weight in GCSE PhysicsMass and weight are:Understanding the Dynamics of Acceleration in PhysicsWhat describes the motion of an object that is accelerating?Understanding the Effect of Medium Density on Wave SpeedWhat is the effect on wave speed when medium density increases?Understanding the Effects of Resultant Force on ObjectsIf a resultant force acts on an object, what occurs?Understanding the Electromagnetic Spectrum and Sound WavesWhich of the following is not part of the electromagnetic spectrum?Understanding the Epicenter of an Earthquake: What You Need to KnowWhat does the epicenter of an earthquake refer to?Understanding the Equilibrium State of Stars and Their DynamicsIn the context of stars, what defines the equilibrium state?Understanding the First Stage of a Star's Life CycleWhat is the first stage of a star's life cycle?Understanding the focus of an earthquake and its importanceWhat is the focus of an earthquake?Understanding the Force on a Current-Carrying WireWhat is the formula for calculating the size of the force acting on a current-carrying wire?Understanding the Forces at Play with Floating ObjectsWhat two forces are involved when determining the behavior of a floating object?Understanding the Formula for Distance Travelled Based on Speed and TimeWhat formula represents distance travelled based on speed and time?Understanding the Formula for Stopping Distance in PhysicsWhat is the formula for calculating stopping distance?Understanding the Function of a Dynamo in Energy ConversionWhat is the function of a dynamo?Understanding the Function of Step-Down Transformers in Electrical SystemsWhich statement accurately describes a step-down transformer?Understanding the Gradient of a Distance-Time Graph in PhysicsWhat does the gradient of a distance-time graph represent?Understanding the Impact of Brakes on Stopping DistanceHow does the condition of brakes influence braking distance?Understanding the Impact of Radiation on Earth's TemperatureHow does radiation within the atmosphere and space affect the Earth?Understanding the Key Benefits of Ultrasound in Medical SettingsWhat is the primary benefit of using ultrasound in medical settings?Understanding the Key Features of Artificial SatellitesWhat is a characteristic feature of artificial satellites?Understanding the Key Use of Radio WavesWhat is a key use of radio waves?Understanding the Lenses Used in Magnifying GlassesWhat type of lenses are used in magnifying glasses?Understanding the Life Cycle of Stars in GCSE PhysicsWhich of the following is NOT part of the life cycle of a star?Understanding the Lowest Frequency in the Electromagnetic SpectrumWhich type of wave has the lowest frequency in the electromagnetic spectrum?Understanding the Main Sequence Stage in a Star's Life CycleAt which stage of a star's life cycle does it begin to fuse hydrogen into helium?Understanding the Mathematical Concepts Linked with VectorsWhat mathematical concept is often associated with vectors?Understanding the Nature of Distance: Is It a Scalar Quantity?What type of quantity is distance?Understanding the Period of a Wave and Its ImportanceWhat is the period of a wave?Understanding the Perpendicular Nature of Fluid PressureHow is the pressure of a fluid exerted on a surface characterized?Understanding the Properties of a Convex LensWhich of the following describes a convex lens?Understanding the Pythagorean Theorem for Finding the HypotenuseWhich method is commonly used to find the hypotenuse in a triangle?Understanding the Ranking of Electromagnetic Radiation by EnergyIn terms of energy, how does electromagnetic radiation rank from lowest to highest?Understanding the Red Giant Phase and its Role in Supernova ExplosionsWhich stage of a star's life cycle is characterized by the explosion of a supernova?Understanding the Relationship Between Force and Momentum in PhysicsWhat is the formula for calculating force in relation to momentum?Understanding the Relationship Between Natural Satellites and PlanetsIn terms of cosmic structure, what is the relationship between natural satellites and planets?Understanding the Relationship Between Pressure and Area in a FluidWhat is the relationship between pressure and area in a fluid?Understanding the Relationship Between Speed and Orbit Size in PhysicsHow is the concept of 'speed' related to orbit size?Understanding the Resultant Force and Its Role in MotionThe resultant force is defined as:Understanding the Role of a Leslie Cube in Thermal Radiation StudiesWhat is the purpose of a Leslie cube?Understanding the Role of Dark Energy in Our Expanding UniverseWhat role does dark energy play in the universe?Understanding the Role of Friction in MotionWhat is the effect of friction on moving objects?Understanding the Role of Input Potential Difference in TransformersIn the transformer equation, which variable represents input potential difference?Understanding the Role of Levers in PhysicsWhat role do levers play in physics?Understanding the Role of Permanent Magnets in PhysicsWhat do permanent magnets do?Understanding the Role of Satellites Orbiting PlanetsWhich type of satellites orbit planets?Understanding the Solenoid and Its Role in PhysicsWhat device consists of a wire wrapped around a magnetic field to enhance it?Understanding the Speed of Sound Waves and Their Unique BehaviorsWhich statement is true about sound waves?Understanding the Supernova Explosion in Massive Stars' Life CyclesWhat astronomical event occurs after the red giant phase in a star's life cycle for massive stars?Understanding the Thumb in Fleming's Left Hand RuleWhat does the thumb represent in Fleming's left hand rule?Understanding the True Nature of the Expanding UniverseWhich of the following statements about the universe is true based on current scientific theories?Understanding the Unique Characteristics of UltrasoundWhat characteristic distinguishes ultrasound from other types of sound?Understanding the Use of X-rays in Security SettingsIn what capacity are X-rays used in security settings?Understanding the Vibrations of Transverse Waves in PhysicsWhat kind of vibrations do transverse waves exhibit?Understanding the Vibrations of Transverse Waves in PhysicsWhich type of waves have sideways vibrations?Understanding Upthrust: The Force Objects Experience UnderwaterWhat force do objects experience when submerged in water?Understanding Velocity in Physics: More Than Just SpeedWhich term defines how fast you are going in a specific direction?Understanding Wavelength in Waves: A Key CharacteristicWhat type of wave characteristic is wavelength?Understanding Wavelength: The Distance Between Wave PeaksWhat is the wavelength of a wave?Understanding Weight: The Equation That Matters in PhysicsWhich equation correctly defines weight?Understanding What a Horizontal Line Means in a Distance-Time GraphIn a distance-time graph, what does a horizontal line indicate?Understanding What Affects Whether Objects Sink or FloatWhich factor does NOT affect whether an object sinks or floats?Understanding What Braking Relies On in VehiclesWhat does braking rely on?Understanding what causes seismic waves in our planetWhat causes seismic waves?Understanding What Defines Planets in Our Solar SystemWhat are planets defined as in our solar system?Understanding What Determines the Size of an OrbitWhat factor primarily determines the size of an orbit?Understanding What Happens at the Limit of Proportionality in Elastic ObjectsWhat occurs at the limit of proportionality in an elastic object?Understanding what happens to matter in the Steady State TheoryWhat happens to matter in the context of Steady State Theory?Understanding What Happens When Forces on an Object Are BalancedWhat happens when the forces acting on an object are balanced?Understanding What Makes an Object Float in WaterUnder what condition will an object float in water?Understanding What Transformers Do with Alternating CurrentWhat do transformers do with alternating current?Understanding When an Object Experiences UpthrustWhen does an object experience upthrust?Understanding Why Objects Sink in Water: The Role of BuoyancyAn object will sink if it displaces a volume of water that is what compared to its weight?What Affects Braking Distance: Key Factors You Need to KnowWhat factors affect braking distance?What Color Represents the Absence of Color?Which color is the result of an absence of color?What color will a red object show through a green filter?What color light will a red object appear when viewed through a green filter?What Determines the Frequency of Radio Waves?What determines the frequency of radio waves?What Does a Black Dwarf Really Represent in Stellar Evolution?What characterizes a black dwarf?What Does Speed Really Mean in Physics?How fast something is going is defined as what?What Does Upthrust Mean in Physics?What is the term for the upward force that acts on an object in a fluid?What Happens After the Red Supergiant Stage in Massive Stars?What phase follows the red supergiant stage in massive stars?What Happens in the Third Stage of a Star's Life Cycle?What occurs in the third stage of a star's life cycle?What Happens to a Colored Object When Covered by a Different Color Filter?What happens to a colored object when it is covered by a color filter of a different color?What Happens to Light Rays When They Pass Through a Convex Lens?What happens to light rays when they pass through a convex lens?What Happens When a Ray Travels Parallel to a Lens?What is the result when an incident ray travels parallel to the axis of a lens?What Happens When a Sun-like Star Runs Out of Hydrogen?What happens when a sun-like star runs out of hydrogen?What Happens When Two Waves Meet?What happens at the combine point of two waves?What Happens When Unbalanced Forces Act on an Object?What happens to an object's motion when it experiences unbalanced forces?What Makes a Dwarf Planet Different from a Full Planet?What distinguishes a dwarf planet from a full planet?What Red-Shift Tells Us About Galaxy MovementWhat does the observation of red-shift suggest about the movement of galaxies?What Sound Frequencies Are Essential for Ultrasonic Imaging?Which type of sound is used for ultrasonic imaging?What You Need to Know About the Crest of a WaveWhat is the term for the top point of a wave?Why All Objects Emit and Absorb Infrared RadiationWhich type of radiation do all objects emit and absorb?Why S Waves Can’t Travel Through LiquidsWhy can't S waves travel through liquids?
More practice questions

These questions are part of the practice quiz. Start practicing

  • What does a step-up transformer do?
  • What describes the relationship between upthrust and weight for an object to float?
  • What is the relationship described by the equation: primary current X primary voltage = secondary current X secondary voltage?
  • What is the effect of gravitational field strength on fluid pressure?
  • What is the impact of wet weather on braking distance?
  • What is one of the typical uses of ultraviolet radiation?
  • What is the typical outcome for the core of a supernova?
  • What is formed after the dust and material from a supernova event?
  • What is the final stage of a very massive star's life cycle?
  • What describes the electric motor effect?
  • The tendency of an object to resist changes to its state of motion is known as:
  • What is indicated by the number of turns on the secondary coil of a transformer in relation to output voltage?
  • What household appliance uses infrared radiation?
  • How does the distance from a convex lens affect the image size?
  • What phenomenon occurs when objects fall through fluids such as gas or liquid?
  • What does compression in sound waves signify?
  • What is one application of infrared radiation?
  • According to Newton's first law, what happens to objects with balanced forces?
  • What do waves transfer?
  • Which of the following best describes a scalar quantity?
  • What are scale drawings typically used for?
  • What occurs during diffuse reflection?
  • What is dark matter proposed to do in the universe?
  • What happens to a massive star after it becomes a super red giant?
  • What type of reflection occurs when rays reflect uniformly at 90 degrees off a smooth surface?
  • Which waves are S waves characterized as?
  • Sound waves are an example of which type of wave?
  • What does the generator effect refer to?
  • Which phenomenon allows us to see color in objects?
  • What is inertia?
  • After becoming a red giant, what is the next stage for a sun-like star?
  • What defines a vector quantity?
  • What does Newton's second law state about the relationship between force, mass, and acceleration?
  • What is the primary feature of convex lenses in relation to light?
  • In the right-hand rule, what does the thumb represent?
  • How is the extension of a spring related to the force applied to it?
  • Acceleration can be described as the:
  • Which of the following is NOT a use of gamma rays?
  • What is the first stage in the life cycle of a star?
  • What is the bottom point of a wave called?
  • The equation for voltage transformation in a transformer states that primary voltage divided by secondary voltage equals what?
  • Which characteristic do dynamos produce in terms of electrical current?
  • What phenomenon is suggested by the theory that galaxies are constantly being pushed apart?
  • What role do gamma rays play in medical treatment?
  • In which scenario would a colored object be perceived correctly?
  • Which formula represents the relationship between frequency and period?
  • What formula represents spring force?
  • What is the primary function of gears in mechanical systems?
  • What happens to an incident ray that passes through the principal focus of a convex lens?
  • What evidence supports the theory that the universe began with a big bang?
  • What type of waves are P waves?
  • What occurs during the motor effect?
  • What happens to white light when it passes through a prism?
  • What is the main purpose of an alternator?
  • What is the primary function of moons in our solar system?
  • What principle does an ultrasound rely on?
  • What factors influence thinking distance?
  • What does refraction involve?
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