1. Mechanisms are axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?] that transmit and convert forces and axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?] from a driving force or axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels to an output.
2. All mechanisms systems contain a component called a axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?], this is the component that axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?] the motion and a component called the follower or axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?] that is the part that receives that motion and get it axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?] into something else.
3. axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?] motion mechanisms transmit motion and effort in a axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?] way, from the input to the output.
4. axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?] drives are made up of two or more axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?] that are in contact. The first wheel is called the primary drive wheel. When it moves, it turns or axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?] the second or output wheel, causing it to move as well.
5. axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?] are sets of wheels that have teeth called axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?].
6.The main function of a slider-crank is to transform axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?] motion into translational or axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels motion. It contains a connecting rod and a axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?].
7. Rack and pinion system has a axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?], which is a rod with teeths and a pinion, which is a axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?]. The teeth of the components must match together, that is said "axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?]" or it will not function as a system.
8. A cam is an axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?] shaped disk, it is not a perfect circle and the follower is a rod. The cam turns axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?] motion into the back-and-forth movement of the axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?], that is axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?] motion.
9. The screw gear or axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels system it is formed by a bolt or axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?] bar and a nut that has the axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?] interior diameter of the bolt.
10. An axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?] cam consists of a wheel with an off-centre rotation axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?] that does not coincide with the axlecentrecircularcogsCogwheelscrankdevicesdrivendriverdriveseccentricfollowerFrictiongear wheelinputirregularmotionnut and boltrackreceivesreciprocatingRotaryrotationalsamethreadedto meshtransformedwheels[?] of its circumference.