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100+ Free Saarland Abitur Technology Practice Questions
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Key Facts: Saarland Abitur Technology Exam
Saarland's Technik
Saarland's Technik Abitur (gN) is examined by the Ministerium für Bildung und Kultur (MBK) Saarland under the GOS-VO framework.
GOS-VO Saarland
Fundamentals of mechanics and basic elec
Fundamentals of mechanics and basic electrical engineering together account for half of typical exam content weighting.
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Ohm's law is a core, heavily-tested basi
Ohm's law is a core, heavily-tested basic electrical engineering formula.
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The six classical simple machines are a
The six classical simple machines are a foundational mechanics topic covered at this level.
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This free practice bank contains 100 que
This free practice bank contains 100 questions covering all major Technik Abitur (gN) content areas.
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Sample Saarland Abitur Technology Practice Questions
Try these sample questions to test your Saarland Abitur Technology exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.
1What is a 'Hebel' (lever), one of the six basic simple machines?
A.A rigid bar rotating around a fixed point (fulcrum), used to amplify force or increase range of motion
B.A device that always reduces applied force, never amplifies it
C.A term unrelated to mechanics
D.A machine that requires electricity to function
Explanation: A lever is a rigid bar rotating around a fixed point (fulcrum), used to amplify applied force or increase range of motion — one of the six basic simple machines.
2What is a 'schiefe Ebene' (inclined plane), a basic simple machine?
A.A flat surface set at an angle, allowing a load to be raised using less force over a longer distance
B.A surface that must always be perfectly horizontal
C.A term unrelated to mechanics
D.A machine that only decreases the distance an object travels
Explanation: An inclined plane is a flat surface set at an angle, allowing a load to be raised using less applied force over a longer distance than lifting it straight up — one of the six basic simple machines.
3What is a 'Flaschenzug' (pulley system), a basic simple machine used for lifting?
A.A system of one or more wheels with a rope running over them, used to change the direction of force or provide lifting advantage
B.A device that can only decrease the force required to lift a load, never keep it the same or increase it
C.A term unrelated to mechanics
D.A machine that requires no rope or wheel component
Explanation: A pulley system uses one or more wheels with a rope running over them to change the direction of an applied force or provide mechanical advantage for lifting loads — a basic simple machine.
4What is a 'Zahnrad' (gear), a component used to transmit rotational motion?
A.A toothed wheel that meshes with another toothed wheel to transmit rotational motion and force
B.A component that can only transmit purely straight-line motion, never rotational motion
C.A term unrelated to mechanics
D.A component used exclusively in electrical circuits, never in mechanical systems
Explanation: A gear is a toothed wheel that meshes with another toothed wheel to transmit rotational motion and force between shafts — a basic mechanical component widely used in machinery.
5What is 'Kraft' (force), a fundamental mechanics concept?
A.A push or pull that can change an object's motion, shape, or state of rest
B.A term describing only an object's color, with no connection to motion or physical interaction
C.A term unrelated to mechanics
D.A quantity that can never cause any change in an object's motion
Explanation: Force is a push or pull that can change an object's motion (speed or direction), shape, or state of rest — a fundamental mechanics concept, measured in Newtons.
6What is 'Arbeit' (work) in basic mechanics, calculated as force multiplied by distance?
A.The energy transferred when a force causes an object to move a certain distance, calculated as Work = Force × Distance
B.A measure of how quickly a task is completed, identical to power
C.A term unrelated to mechanics
D.A quantity that can be generated with zero force applied
Explanation: Work is the energy transferred when a force causes an object to move a certain distance, calculated as Work = Force × Distance — a fundamental mechanics formula, distinct from power (the rate of doing work).
7What is 'Reibung' (friction), a resistive force in mechanics?
A.A force opposing relative motion between two surfaces in contact
B.A force that always accelerates motion between surfaces
C.A term unrelated to mechanics
D.A force that only exists in a complete vacuum
Explanation: Friction is a resistive force opposing relative motion (or the tendency toward motion) between two surfaces in contact — a significant factor in nearly all mechanical systems.
8What is 'Drehmoment' (torque), a basic rotational mechanics concept?
A.A measure of the rotational force applied around an axis, calculated as force multiplied by the distance from the axis
B.A measure of purely linear, straight-line force with no rotational component
C.A term unrelated to mechanics
D.A measure that never depends on the distance from the axis of rotation
Explanation: Torque is a measure of the rotational force applied around an axis, calculated as force multiplied by the perpendicular distance from that axis (the lever arm) — a basic rotational mechanics concept.
9What is 'kinetische Energie' (kinetic energy), the energy of motion?
A.The energy an object possesses due to its motion
B.The energy an object possesses due to its position or height, with no connection to motion
C.A term unrelated to mechanics
D.A quantity that remains constant regardless of an object's speed
Explanation: Kinetic energy is the energy an object possesses due to its motion, calculated as one-half mass times velocity squared — a basic mechanical energy concept.
10What is 'potenzielle Energie' (potential energy), specifically gravitational potential energy?
A.The energy an object possesses due to its height/position relative to a reference point
B.The energy an object possesses exclusively due to its motion
C.A term unrelated to mechanics
D.A quantity unaffected by an object's height
Explanation: Gravitational potential energy is the energy an object possesses due to its height or position relative to a reference point (like the ground), calculated as mass × gravity × height.
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