Explore how machines turn forces into motion and make work easier. These quizzes cover simple machines, mechanical advantage, and real-world mechanisms to help you understand everyday engineering.

Explore how cams and linkages shape motion in real machines, from simple followers to multi-bar mechanisms. This mixed-difficulty quiz checks your understanding of displacement, velocity, and timing, plus how geometry affects output motion. Pick your preferred question count and difficulty, then answer at your own pace with no timer.

Explore how gear ratios trade speed for torque (and vice versa) in real machines. You’ll interpret driver vs driven gears, calculate basic ratios, and predict direction and output changes. Mixed difficulty keeps it friendly for beginners while still challenging confident problem-solvers.

Test how well you understand pulleys, including how they change force and direction. You’ll tackle fixed, movable, and compound setups, reading simple diagrams and predicting mechanical advantage. Mixed difficulty keeps it friendly for beginners while still challenging confident problem-solvers.
There are 3 quizzes with 359 questions total.
They cover how machines change force and motion, including mechanical advantage, efficiency, friction, and common mechanisms.
Each question is multiple choice with 4 options, and there is no timer.
Yes. The set includes easier fundamentals and more applied questions, so you can progress as you learn.
Use them to check definitions and concepts, then review missed questions to strengthen weak areas like torque, work, and efficiency.
These quizzes focus on how machines transmit and transform force, motion, and energy, from basic components to complete mechanisms.
You’ll practice concepts like mechanical advantage, efficiency, friction, torque, and how different parts work together in real systems.
Each question has 4 answer options and there’s no timer, so you can think through diagrams, terms, and scenarios at your own pace.
Quiz difficulty and length vary across the set, so you can start with fundamentals and move toward more detailed, applied questions as you improve.
Many “simple machines” (lever, wheel and axle, pulley, inclined plane, wedge, screw) are building blocks that appear inside complex devices like bicycles, cranes, and engines.