Library
Every Extended Response Question this site has generated. Click any card to read the full question, mark scheme, and the critic ensemble verdicts that signed it off.
50 ERQs in library
B.5 Current and circuits × D.4 Induction (HL)
data response
E.2 Quantum physics (HL) × C.2 Wave model
modeling and assumptions
C.3 Wave phenomena × D.2 Electric and magnetic fields
theory application
E.4 Fission × B.1 Thermal energy transfers
theory application
B.4 Thermodynamics (HL) × A.3 Work, energy and power
theory application
A.1 Kinematics × B.3 Gas laws
theory application
A.4 Rigid body mechanics (HL) × D.1 Gravitational fields
theory application
C.4 Standing waves and resonance × D.4 Induction (HL)
theory application
E.1 Structure of the atom × D.2 Electric and magnetic fields
theory application
D.1 Gravitational fields × E.5 Fusion and stars
theory application
E.3 Radioactive decay × A.3 Work, energy and power
modeling and assumptions
A.2 Forces and momentum × D.2 Electric and magnetic fields
modeling and assumptions
E.5 Fusion and stars × B.1 Thermal energy transfers
modeling and assumptions
D.1 Gravitational fields × A.2 Forces and momentum
modeling and assumptions
B.1 Thermal energy transfers × A.3 Work, energy and power
experimental analysis
C.2 Wave model × A.1 Kinematics
experimental analysis
D.4 Induction (HL) × C.2 Wave model
experimental analysis
B.3 Gas laws × A.2 Forces and momentum
experimental analysis
E.2 Quantum physics (HL) × C.3 Wave phenomena
experimental analysis
C.1 Simple harmonic motion × A.3 Work, energy and power
experimental analysis
E.3 Radioactive decay × A.1 Kinematics
data response
C.2 Wave model × D.2 Electric and magnetic fields
data response
A.3 Work, energy and power × B.5 Current and circuits
data response
B.2 Greenhouse effect × C.2 Wave model
data response
D.2 Electric and magnetic fields × B.5 Current and circuits
data response
C.5 Doppler effect × A.1 Kinematics
data response
E.3 Radioactive decay × B.1 Thermal energy transfers
data response
C.1 Simple harmonic motion × A.3 Work, energy and power
data response
D.4 Induction (HL) × B.5 Current and circuits
data response
E.3 Radioactive decay × B.1 Thermal energy transfers
theory application
B.1 Thermal energy transfers × A.3 Work, energy and power
data response
E.5 Fusion and stars × D.1 Gravitational fields
theory application
E.1 Structure of the atom × C.2 Wave model
theory application
D.2 Electric and magnetic fields × A.2 Forces and momentum
theory application
D.1 Gravitational fields × A.1 Kinematics
theory application
C.2 Wave model × A.2 Forces and momentum
theory application
C.5 Doppler effect × A.1 Kinematics
theory application
C.1 Simple harmonic motion × A.1 Kinematics
theory application
B.5 Current and circuits × A.3 Work, energy and power
theory application
B.3 Gas laws × A.3 Work, energy and power
theory application
B.1 Thermal energy transfers × A.2 Forces and momentum
theory application
A.3 Work, energy and power × B.5 Current and circuits
theory application
D.1 Gravitational fields × A.1 Kinematics
theory application
A.2 Forces and momentum × D.1 Gravitational fields
theory application
C.2 Wave model × D.2 Electric and magnetic fields
theory application
B.3 Gas laws × C.1 Simple harmonic motion
theory application
B.3 Gas laws × A.2 Forces and momentum
theory application
A.2 Forces and momentum × E.3 Radioactive decay
theory application
A.3 Work, energy and power × B.1 Thermal energy transfers
theory application
A.3 Work, energy and power × B.5 Current and circuits
theory application