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100+ Free Abitur Physics Practice Questions

Pass your German Abitur Physics Examination exam on the first try — instant access, no signup required.

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An electron enters a uniform magnetic field with its velocity perpendicular to the field. Ignoring other forces, what path does it follow?

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2026 Statistics

Key Facts: Abitur Physics Exam

4 tasks / answer 3

IQB natural-science written-task structure

IQB Beschreibung der Struktur der Aufgaben, Biologie/Chemie/Physik

300 / 255 minutes

Elevated / basic natural-science IQB pool working time including selection time

IQB Beschreibung der Struktur der Aufgaben, Biologie/Chemie/Physik

120 / 90 assessment units

Total assessment units for elevated / basic level after three tasks

IQB Beschreibung der Struktur der Aufgaben, Biologie/Chemie/Physik

+ up to 60 minutes

Possible extension when a practical component is included

IQB Beschreibung der Struktur der Aufgaben, Biologie/Chemie/Physik

100

Original local practice MCQs in this bank

OpenExamPrep

Physik Abitur is state-administered, KMK/IQB-aligned, and normally constructed response rather than MCQ. IQB's natural-science structure offers four tasks and candidates answer three: 300 minutes at elevated level or 255 minutes at basic level, with practical work able to add time. This local bank provides 100 original MCQs for concept, calculation, experiment, graph, and model practice.

Sample Abitur Physics Practice Questions

Try these sample questions to test your Abitur Physics exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1A cart starts from rest and reaches 6.0 m/s after 3.0 s with constant acceleration. What is its acceleration?
A.1.0 m/s^2
B.2.0 m/s^2
C.3.0 m/s^2
D.18 m/s^2
Explanation: Acceleration is change in velocity divided by time: a = Delta v / Delta t = 6.0 / 3.0 = 2.0 m/s^2.
2What is the approximate weight of a 2.0 kg laboratory mass near Earth's surface? Use g = 9.8 m/s^2.
A.2.0 N
B.9.8 N
C.19.6 N
D.4.9 N
Explanation: Weight is the gravitational force F = m g. With m = 2.0 kg and g = 9.8 m/s^2, F = 19.6 N.
3A constant horizontal force of 10 N moves a box 2.0 m in the direction of the force. How much work is done?
A.20 J
B.5 J
C.12 J
D.0 J
Explanation: Work for a constant force along the displacement is W = F s = 10 N x 2.0 m = 20 J.
4A 0.50 kg object moves at 8.0 m/s. What is the magnitude of its momentum?
A.0.063 kg m/s
B.16 kg m/s
C.8.5 kg m/s
D.4.0 kg m/s
Explanation: Momentum is p = m v. Here p = 0.50 kg x 8.0 m/s = 4.0 kg m/s.
5A ball falls without air resistance. Which quantity remains constant during the fall?
A.Kinetic energy
B.Total mechanical energy
C.Speed
D.Gravitational potential energy
Explanation: Without air resistance, gravitational potential energy is converted into kinetic energy, so total mechanical energy remains constant.
6A 6.0 ohm resistor is connected to a 12 V battery. What current flows through the resistor?
A.0.50 A
B.1.0 A
C.2.0 A
D.72 A
Explanation: Ohm's law gives I = V / R = 12 V / 6.0 ohm = 2.0 A.
7Two resistors of 4.0 ohm and 6.0 ohm are connected in series. What is their equivalent resistance?
A.10.0 ohm
B.2.4 ohm
C.5.0 ohm
D.24.0 ohm
Explanation: Series resistances add directly: R_total = 4.0 ohm + 6.0 ohm = 10.0 ohm.
8Two identical 6.0 ohm resistors are connected in parallel. What is their equivalent resistance?
A.12.0 ohm
B.6.0 ohm
C.1.5 ohm
D.3.0 ohm
Explanation: For two identical resistors in parallel, the equivalent resistance is half of one resistor: 6.0 ohm / 2 = 3.0 ohm.
9In a uniform electric field pointing to the right, what is the direction of the force on a positive test charge?
A.To the left
B.To the right
C.Perpendicular to the field
D.No force acts
Explanation: The electric field direction is defined as the direction of the force on a positive test charge, so the force is to the right.
10An electron enters a uniform magnetic field with its velocity perpendicular to the field. Ignoring other forces, what path does it follow?
A.A straight line at constant speed
B.A parabola
C.A circular path
D.A path parallel to the field lines
Explanation: With velocity perpendicular to a uniform magnetic field, the magnetic Lorentz force is always perpendicular to the velocity and acts as a centripetal force, producing circular motion.

About the Abitur Physics Exam

The Physik Abitur is a state-administered examination within Germany's Allgemeine Hochschulreife. The KMK Bildungsstandards for Physics, adopted in 2020 for the Allgemeine Hochschulreife, organize expectations around four competence areas: subject knowledge, scientific inquiry, communication, and evaluation. The IQB content agreements for Physics focus the shared task pool on electric and magnetic fields, mechanical and electromagnetic oscillations and waves, and quantum physics and matter. Real tasks are usually material-rich constructed-response tasks that can require modeling, graph and data interpretation, experiment planning or evaluation, calculation, and reasoned judgments about physical explanations.

Assessment

The Physics Abitur is administered by the Laender, not as one national test. KMK Bildungsstandards define common expectations, and IQB coordinates shared task pools for comparability. For Biology, Chemistry, and Physics, the IQB pool structure gives candidates four tasks and requires three to be completed. On erhoehtem Anforderungsniveau each completed task is worth 40 assessment units; on grundlegendem Anforderungsniveau each is worth 30 assessment units. At most one task can include a practical component. Basic and advanced courses differ by weekly hours, depth, abstraction, mathematization, and the degree of self-directed problem solving expected.

Time Limit

IQB pool structure: 300 minutes for erhoehtes Anforderungsniveau and 255 minutes for grundlegendes Anforderungsniveau, including selection time; a practical component can add up to 60 minutes and state implementation may vary.

Passing Score

No separate national Physics-subject cutoff; written standards-based Abitur exams use the IQB/KMK Notenpunkte table, with 4 points beginning at 40% of assessment units. The Allgemeine Hochschulreife is awarded through the Gesamtqualifikation under Land rules.

Exam Fee

No centralized KMK/IQB exam fee; Abitur administration and any fees depend on the Land, school type, and candidate pathway. (Education ministries of the German Laender, with KMK standards and IQB shared Abitur task-pool coordination)

Abitur Physics Exam Content Outline

KMK/IQB content area

Elektrische und magnetische Felder

Use field models, forces, potential difference, capacitors, magnetic flux density, Lorentz force, charged-particle motion, induction, and field-energy reasoning.

KMK/IQB content area

Mechanische und elektromagnetische Schwingungen und Wellen

Analyze harmonic oscillations, wave quantities, electromagnetic spectra, reflection, refraction, diffraction, interference, standing waves, and wave-based measurement methods.

KMK/IQB content area

Quantenphysik und Materie

Explain photons and electrons as quantum objects, complementarity, de Broglie wavelength, photon energy, energy levels, emission, absorption, spectra, and limits of atomic models.

Integrated

Experimente, Daten und Modelle

Plan and evaluate experiments, handle measurements and uncertainties, interpret graphs and tables, use models within their limits, and communicate evidence-based reasoning.

Prerequisite and Land variation

Mechanik, Energie und Thermodynamik

Mechanics, energy, momentum, fluids, ideal gases, and thermal processes support many contexts and may receive different emphasis in state curricula and school pathways.

How to Pass the Abitur Physics Exam

What You Need to Know

  • Passing score: No separate national Physics-subject cutoff; written standards-based Abitur exams use the IQB/KMK Notenpunkte table, with 4 points beginning at 40% of assessment units. The Allgemeine Hochschulreife is awarded through the Gesamtqualifikation under Land rules.
  • Assessment: The Physics Abitur is administered by the Laender, not as one national test. KMK Bildungsstandards define common expectations, and IQB coordinates shared task pools for comparability. For Biology, Chemistry, and Physics, the IQB pool structure gives candidates four tasks and requires three to be completed. On erhoehtem Anforderungsniveau each completed task is worth 40 assessment units; on grundlegendem Anforderungsniveau each is worth 30 assessment units. At most one task can include a practical component. Basic and advanced courses differ by weekly hours, depth, abstraction, mathematization, and the degree of self-directed problem solving expected.
  • Time limit: IQB pool structure: 300 minutes for erhoehtes Anforderungsniveau and 255 minutes for grundlegendes Anforderungsniveau, including selection time; a practical component can add up to 60 minutes and state implementation may vary.
  • Exam fee: No centralized KMK/IQB exam fee; Abitur administration and any fees depend on the Land, school type, and candidate pathway.

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

Abitur Physics Study Tips from Top Performers

1Start each task by identifying the model being used: particle, field, energy, wave, quantum, or thermodynamic system.
2For calculation questions, write the target quantity, known quantities, units, and assumptions before substituting numbers.
3In field and induction problems, draw directions first; many errors come from sign, orientation, or confusing force with field.
4For waves and optics, connect the physical picture to the formula: path difference, phase, wavelength, frequency, and geometry.
5For quantum and atomic questions, keep energy, frequency, wavelength, and probability interpretations separate.
6Practice interpreting graphs by naming the slope, intercept, area, proportionality, and unit of each plotted quantity.
7Review your Land's current syllabus, allowed aids, operator list, and examination notices because Abitur implementation varies by state.

Frequently Asked Questions

Is there one national Physics Abitur exam?

No. The Abitur is administered by the Laender. KMK standards and IQB task pools align expectations and support comparability, but each Land remains responsible for its own examination rules, syllabi, dates, and implementation.

How is the written Physics Abitur structured in the IQB natural-science pool model?

For Biology, Chemistry, and Physics, the IQB structure gives four tasks and candidates complete three. At elevated level each completed task is worth 40 assessment units; at basic level each is worth 30 assessment units. At most one task may include a practical component.

What is the time limit for Physics Abitur tasks?

The IQB natural-science structure specifies 300 minutes at erhoehtem Anforderungsniveau and 255 minutes at grundlegendem Anforderungsniveau, including selection time. A practical component can add up to 60 minutes, and Laender-specific rules may differ.

Are these local questions official IQB or state tasks?

No. These are original MCQs for practice. They are designed around KMK/IQB-aligned concepts and skills but do not reproduce official Abitur tasks.

What physics topics should I prioritize?

Prioritize electric and magnetic fields, capacitor and induction reasoning, oscillations, waves, optics and interference, quantum objects, energy-level models, experiment evaluation, graph interpretation, and any state-specific mechanics or thermodynamics topics assigned by your Land.