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100+ Free Saxony Abitur Physics Practice Questions

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2026 Statistics

Key Facts: Saxony Abitur Physics Exam

3 Inhaltsbereiche

Elektrische und magnetische Felder; Mechanische und elektromagnetische Schwingungen und Wellen; Quantenphysik und Materie (KMK Bildungsstandards Physik AHR)

KMK Bildungsstandards Physik AHR, 18.06.2020; SMK Musteraufgaben Physik

4 Aufgaben, 3 bearbeiten

Four offered Aufgaben; three must be worked, including exactly one with fachpraktischem Anteil

VwV Abiturprüfung 2026, SMK

300+15 / 255+15 min

LK / GK Gesamtarbeitszeit including Auswahlzeit, plus 15 min for the fachpraktische Aufgabe

VwV Abiturprüfung 2026, SMK

100 / 80 BE

Bewertungseinheiten scale for Leistungskursfach / Grundkursfach in Physik

VwV Abiturprüfung 2026, SMK

23.04.2026

Written Physik date in the 2026 main session; Nachtermin 19.05.2026

schule.sachsen.de Gymnasium Abiturtermine 2026

0–15 Punkte

Grading scale for each Prüfungsfach, from Note 1 (15–13 Punkte) to Note 6 (0 Punkte)

Saxon Oberstufe / Abitur regulations

Free 100-question English-language MCQ study bank for Sachsen Abitur Physik, mapped to KMK Inhaltsbereiche (fields; oscillations & waves; quantum & matter) plus mechanics. Heavy calculation focus. Official exam: German written Klausur, 4 Aufgaben choose 3 (one practical), LK 300+15 / GK 255+15 min; written date 23.04.2026 (Nach 19.05.2026). Not an official-format simulation; no fee for regular school candidates.

Sample Saxony Abitur Physics Practice Questions

Try these sample questions to test your Saxony 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 car accelerates uniformly from rest to 24 m/s in 8.0 s. What is its acceleration?
A.3.0 m/s²
B.2.0 m/s²
C.4.0 m/s²
D.192 m/s²
Explanation: a = Δv/Δt = 24/8.0 = 3.0 m/s².
2A stone is thrown vertically upward at 15 m/s. Taking g = 9.81 m/s² and neglecting air resistance, how high does it rise?
A.11.5 m
B.15.0 m
C.22.9 m
D.7.65 m
Explanation: At the top v = 0. From v² = v₀² − 2gh: h = v₀²/(2g) = 225/19.62 ≈ 11.5 m.
3A 2.0 kg object at 6.0 m/s collides head-on and sticks to a 4.0 kg object at rest. Common speed after the perfectly inelastic collision?
A.2.0 m/s
B.3.0 m/s
C.4.0 m/s
D.6.0 m/s
Explanation: Momentum: m₁v₁ = (m₁+m₂)v ⇒ v = 12/6 = 2.0 m/s.
4A 0.50 kg mass on a spring (k = 200 N/m) is pulled 0.10 m from equilibrium and released. Maximum speed during the oscillation?
A.2.0 m/s
B.1.0 m/s
C.4.0 m/s
D.0.50 m/s
Explanation: ½kA² = ½mv_max² ⇒ v_max = A√(k/m) = 0.10×√400 = 2.0 m/s.
5What net force keeps a 1200 kg car in a horizontal circle of radius 50 m at 20 m/s?
A.9600 N toward the center
B.24000 N toward the center
C.480 N toward the center
D.9600 N tangent to the path
Explanation: F = mv²/r = 1200×400/50 = 9600 N toward the center.
6A satellite orbits Earth (M = 5.97×10²⁴ kg) at radius 7.0×10⁶ m. With G = 6.67×10⁻¹¹ N·m²/kg², orbital speed is about:
A.7.5×10³ m/s
B.5.7×10³ m/s
C.9.8×10³ m/s
D.1.1×10⁴ m/s
Explanation: v = √(GM/r) = √(3.98×10¹⁴/7.0×10⁶) = √(5.69×10⁷) ≈ 7.5×10³ m/s.
7A 5.0 kg box is pulled horizontally by 30 N. With μ_k = 0.20 and g = 9.81 m/s², acceleration is about:
A.4.0 m/s²
B.6.0 m/s²
C.2.0 m/s²
D.9.8 m/s²
Explanation: f = μ_k mg ≈ 9.81 N; a = (30−9.81)/5.0 ≈ 4.0 m/s².
8A ball falls freely from rest for 3.0 s (g = 9.81 m/s²). Distance fallen?
A.44.1 m
B.29.4 m
C.88.3 m
D.14.7 m
Explanation: s = ½gt² = 0.5×9.81×9 ≈ 44.1 m.
9Two equal masses collide elastically and centrally; the target is initially at rest. Result?
A.They exchange velocities
B.Both stop
C.Both continue at half the original speed
D.The moving mass rebounds at the same speed; the other stays at rest
Explanation: In a 1D elastic equal-mass collision with target at rest, velocities are exchanged.
10A 4.0 kg object is lifted vertically at constant speed through 2.5 m. Work against gravity (g = 9.81 m/s²)?
A.98 J
B.10 J
C.49 J
D.196 J
Explanation: W = mgh = 4.0×9.81×2.5 ≈ 98 J.

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