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Test your basic knowledge |
Mechanical Systems 2
Start Test
Study First
Subject
:
engineering
Instructions:
Answer 50 questions in 15 minutes.
If you are not ready to take this test, you can
study here
.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. A way to measure stuff.
Wheel and axle
Newtons
Speed ratio
Pulley
2. The results of the operation of any system.
Output work
Radius
Joules
Output
3. The ratio of the useful work or energy provided by a machine or system with the actual work or energy supplied to the machine or system.
Efficiency
Class 1 lever
Output
Linear Motion
4. Movement in a straight line.
Output
Belt and Pulley
Mechanical advantage
Linear Motion
5. A law stating that when pressuer is exerted on on part of a fluid - the same pressure is transmitted unchanged to all parts of the fluid - no matter what the shape of the container holding fluid. EX: water balloon.
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6. Something put into a system - such as resources - in order to achieve a result.
Subsystems
Class 3 lever
Pitch
Input
7. A pear- shaped disk with an off- center pivot point - used to change rotating motion into reciprocating motion.
Newtons
Wheel and axle
Driven Gear
Cam & Follower
8. The energy of motion.
Pulley
Work
Gear
Kinect energy
9. Energy is transferred from one plan to another - and no energy is changed or converted.
Driven Gear
Pitch
Transmission
Bevel Gear
10. A combination of fixed and movable pulleys - may be used to list very heavy or awkward loads.
Block and tackle
Input
Force
Radius
11. The work done on a machine as the input force acts through the input distance
Joules
Input work
Transmission
Fixed pulley
12. A back and forth movement.
Subsystems
Lever
Reciprocating
Rack & Pinion
13. A push or pull on an object.
Sprocket
Force
Pulley
Energy
14. The transmission of power between shafts by means of a belt connecting pulleys on the shafts.
Force
Energy
Driven Gear
Belt and Pulley
15. A secondary or subordinate system that is part if a larger system.
Subsystems
Mechanism
Oscillate
Output work
16. A toothed wheel that works with others to alter the relation between the speed of an engine and the speed of the driven parts.
Idler Gear
Pascal's law
Subsystems
Gear
17. A gear between the driver and the driven gear used to change rotational direction.
Class 2 lever
Pulley
Idler Gear
Output
18. The ability to do work.
Output work
Ergonomics
Pumps
Energy
19. Stored energy
Pumps
Potential energy
Sprocket
Block and tackle
20. A combination of two or more gears used to transmit motion between two rotating shafts or between a shaft and a slide.
Ratio
Rack & Pinion
Worm & Wheel
Simple Gear Train
21. The science of designing gone or work environments that best suit the human body in it various dimensions.
Wheel and axle
Fixed pulley
Crank & Slider
Ergonomics
22. A machine consisting of a bar that is free to rotate around a fixed point - changing the amount of force that must be exerted to move an object.
Belt and Pulley
Oscillate
Energy
Lever
23. A pivot pin near the outside edge of a wheel or disk that changes reciprocating motion into rotary motion.
Gear Ratio
Winch
Energy
Crank & Slider
24. Circular movement.
Load
Rotary Motion
Universal Joint
Class 1 lever
25. Acts on a certain area.
Force
Inverse
Class 3 lever
Pascal's law
26. A lever in which the fulcrum is between the effort and load.
Rack & Pinion
Class 1 lever
Block and tackle
Pulley
27. The work done by a machine as the output force acts through the output distance
Subsystems
Output work
Reciprocating
Driving gear
28. A threaded shaft used to convert rotary movement to linear movement.
Class 2 lever
Compound pulley
Lead Screw
Carpal Tunnel Syndrome
29. The weight of an object that is is moved or lifted by a machine - or resistance to movement that a machine must overcome
Lead Screw
Crank & Slider
Reciprocating
Load
30. A device used to regulate the flow of a liquid in a hydraulic system.
Valve
Subsystems
Driving gear
Class 3 lever
31. A wheel with a grooved rim to guide a rope or chain that runs along the groove; used to transmit or change direction of force.
Lead Screw
Pulley
Bevel Gear
Closed system
32. The point of the lever that does not move.
Belt and Pulley
Idler Gear
Energy
Fulcrum
33. The application of force that moves an object a certain distance.
Force
Wheel and axle
Inverse
Work
34. A twisting force.
Cam & Follower
Torque
Class 3 lever
Speed ratio
35. A pulley supported by attachment to something that does not move - such as a ceiling - wall - or tree.
Subsystems
Fixed pulley
Transmission
Ergonomics
36. A machine consisting of a small cylinder - a crank or handle - on a cable. Winch can be used to lift or pull things
Gear
Winch
Oscillate
Potential energy
37. A combo of several pulleys working together.
Compound pulley
Crank & Slider
Ratio
Closed system
38. The distance between adjacent threads in a screw.
Closed system
Pitch
Linear Motion
Mechanism
39. A swing back and forth at a regular rate.
Ergonomics
Pascal's law
Oscillate
Bevel Gear
40. A mechanical system that uses a liquid under pressure in a close system to raise heavy objects.
Force
Hydraulic lift
Belt and Pulley
Drive Gear
41. A joint that allows connected shafts to spin freely while permitting a change in direction.
Universal Joint
Fulcrum
Sprocket
Drive Gear
42. A gear with teeth that fits into the links of a chain.
Inverse
Sprocket
Drive Gear
Subsystems
43. A small cogwheel that engages or is engaged by a larger cogwheel.
Crown & Pinion
Potential energy
Radius
Efficiency
44. The quantitative relation between two amounts showing the number of times one value contains or is contained within the other.
Rack & Pinion
Rotary Motion
Drive Gear
Ratio
45. The force acting perpendicular to a certain surface area.
Pitch
Speed ratio
Closed system
Pressure
46. A lever in which the load is between the fulcrum and the effort.
Winch
Input work
Universal Joint
Class 2 lever
47. Work= force x distance
Pumps
Fulcrum
Lead Screw
Work
48. The ratio of the force produced by a machine or system (the load) to the force applied to the machine or system.
Inverse
Mechanical advantage
Gear
Rack & Pinion
49. A rotating gear that meshes with a bar that has gear teeth along its length. Changes rotating motion into linear motion.
Winch
Driven Gear
Rack & Pinion
Oscillate
50. The realtioship between the speed of rotation of a smaller gear and a larger gear = number of driven gear teeth / Number of following gear teeth.
Drive Gear
Speed ratio
Inverse
Closed system