Pulley - Revision history

PolarTwin: Wheel link

2023-01-07T22:24:21Z

← Older revision		Revision as of 22:24, 7 January 2023
Line 1:		Line 1:
	[[File:NSRW Single movable pulley.jpg\|thumb\|200px\|Pulley C is a static pulley, while pulley B is movable. Thus, a compound pulley system is shown, and assuming ideal conditions, pulley B will remain in it's horizontal position while moving up when the rope is pulled. ]]		[[File:NSRW Single movable pulley.jpg\|thumb\|200px\|Pulley C is a static pulley, while pulley B is movable. Thus, a compound pulley system is shown, and assuming ideal conditions, pulley B will remain in it's horizontal position while moving up when the rope is pulled. ]]
	A '''pulley''', is most simply, a wheel and shaft, that runs along a rope or belt. The pulley can move or be static, but the important part is that it translates the motion of the rope/belt into rotational energy of the wheel. When the pulley moves freely along a taut rope, it does the opposite, translating the rotation of the wheel, into motion of the pulley. Essentially, pulleys reduce the [[friction]] that would otherwise occur if, for example, the rope were run through a simple ring or if a hook were used to attach a moving load along the ropes length. There are two types of pulley, the fixed and movable pulley, which can be combined in myriad modes and configurations to create compound pulley systems, which can be designed for specialized tasks and scenarios.		A '''pulley''', is most simply, a [[wheel]] and shaft, that runs along a rope or belt. The pulley can move or be static, but the important part is that it translates the motion of the rope/belt into rotational energy of the wheel. When the pulley moves freely along a taut rope, it does the opposite, translating the rotation of the wheel, into motion of the pulley. Essentially, pulleys reduce the [[friction]] that would otherwise occur if, for example, the rope were run through a simple ring or if a hook were used to attach a moving load along the ropes length. There are two types of pulley, the fixed and movable pulley, which can be combined in myriad modes and configurations to create compound pulley systems, which can be designed for specialized tasks and scenarios.

	== Dependencies ==		== Dependencies ==
	* [[Simple Machines]]		* [[Simple Machines]]
	* [[Rope]]		* [[Rope]]
			* [[Wheel]]
	** '''Pulley'''		** '''Pulley'''

PolarTwin at 12:26, 25 December 2022

2022-12-25T12:26:06Z

← Older revision		Revision as of 12:26, 25 December 2022
Line 1:		Line 1:
	[[File:NSRW Single movable pulley.jpg\|thumb\|~~250px~~\|Pulley C is a static pulley, while pulley B is movable. Thus, a compound pulley system is shown, and assuming ideal conditions, pulley B will remain in it's horizontal position while moving up when the rope is pulled. ]]		[[File:NSRW Single movable pulley.jpg\|thumb\|200px\|Pulley C is a static pulley, while pulley B is movable. Thus, a compound pulley system is shown, and assuming ideal conditions, pulley B will remain in it's horizontal position while moving up when the rope is pulled. ]]
	A '''pulley''', is most simply, a wheel and shaft, that runs along a rope or belt. The pulley can move or be static, but the important part is that it translates the motion of the rope/belt into rotational energy of the wheel. When the pulley moves freely along a taut rope, it does the opposite, translating the rotation of the wheel, into motion of the pulley. Essentially, pulleys reduce the [[friction]] that would otherwise occur if, for example, the rope were run through a simple ring or if a hook were used to attach a moving load along the ropes length. There are two types of pulley, the fixed and movable pulley, which can be combined in myriad modes and configurations to create compound pulley systems, which can be designed for specialized tasks and scenarios.		A '''pulley''', is most simply, a wheel and shaft, that runs along a rope or belt. The pulley can move or be static, but the important part is that it translates the motion of the rope/belt into rotational energy of the wheel. When the pulley moves freely along a taut rope, it does the opposite, translating the rotation of the wheel, into motion of the pulley. Essentially, pulleys reduce the [[friction]] that would otherwise occur if, for example, the rope were run through a simple ring or if a hook were used to attach a moving load along the ropes length. There are two types of pulley, the fixed and movable pulley, which can be combined in myriad modes and configurations to create compound pulley systems, which can be designed for specialized tasks and scenarios.

PolarTwin: Image size

2022-12-25T12:25:57Z

Image size

← Older revision		Revision as of 12:25, 25 December 2022
Line 1:		Line 1:
	[[File:NSRW Single movable pulley.jpg\|thumb\|Pulley C is a static pulley, while pulley B is movable. Thus, a compound pulley system is shown, and assuming ideal conditions, pulley B will remain in it's horizontal position while moving up when the rope is pulled. ]]		[[File:NSRW Single movable pulley.jpg\|thumb\|250px\|Pulley C is a static pulley, while pulley B is movable. Thus, a compound pulley system is shown, and assuming ideal conditions, pulley B will remain in it's horizontal position while moving up when the rope is pulled. ]]
	A '''pulley''', is most simply, a wheel and shaft, that runs along a rope or belt. The pulley can move or be static, but the important part is that it translates the motion of the rope/belt into rotational energy of the wheel. When the pulley moves freely along a taut rope, it does the opposite, translating the rotation of the wheel, into motion of the pulley. Essentially, pulleys reduce the [[friction]] that would otherwise occur if, for example, the rope were run through a simple ring or if a hook were used to attach a moving load along the ropes length. There are two types of pulley, the fixed and movable pulley, which can be combined in myriad modes and configurations to create compound pulley systems, which can be designed for specialized tasks and scenarios.		A '''pulley''', is most simply, a wheel and shaft, that runs along a rope or belt. The pulley can move or be static, but the important part is that it translates the motion of the rope/belt into rotational energy of the wheel. When the pulley moves freely along a taut rope, it does the opposite, translating the rotation of the wheel, into motion of the pulley. Essentially, pulleys reduce the [[friction]] that would otherwise occur if, for example, the rope were run through a simple ring or if a hook were used to attach a moving load along the ropes length. There are two types of pulley, the fixed and movable pulley, which can be combined in myriad modes and configurations to create compound pulley systems, which can be designed for specialized tasks and scenarios.

PolarTwin: /* Dependencies */ +Rope

2022-12-25T12:25:45Z

Dependencies: +Rope

← Older revision		Revision as of 12:25, 25 December 2022
Line 4:		Line 4:
	== Dependencies ==		== Dependencies ==
	* [[Simple Machines]]		* [[Simple Machines]]
			* [[Rope]]
	** '''Pulley'''		** '''Pulley'''

PolarTwin: Link

2022-12-25T11:50:56Z

Link

← Older revision		Revision as of 11:50, 25 December 2022
Line 1:		Line 1:
	[[File:NSRW Single movable pulley.jpg\|thumb\|Pulley C is a static pulley, while pulley B is movable. Thus, a compound pulley system is shown, and assuming ideal conditions, pulley B will remain in it's horizontal position while moving up when the rope is pulled. ]]		[[File:NSRW Single movable pulley.jpg\|thumb\|Pulley C is a static pulley, while pulley B is movable. Thus, a compound pulley system is shown, and assuming ideal conditions, pulley B will remain in it's horizontal position while moving up when the rope is pulled. ]]
	A '''pulley''', is most simply, a wheel and shaft, that runs along a rope or belt. The pulley can move or be static, but the important part is that it translates the motion of the rope/belt into rotational energy of the wheel. When the pulley moves freely along a taut rope, it does the opposite, translating the rotation of the wheel, into motion of the pulley. Essentially, pulleys reduce the friction that would otherwise occur if ~~say~~, the rope were run through a simple ring or if a hook were used to attach a moving load along the ropes length. There are two types of pulley, the fixed and movable pulley, which can be combined in myriad modes and configurations to create compound pulley systems, which can be designed for specialized tasks and scenarios.		A '''pulley''', is most simply, a wheel and shaft, that runs along a rope or belt. The pulley can move or be static, but the important part is that it translates the motion of the rope/belt into rotational energy of the wheel. When the pulley moves freely along a taut rope, it does the opposite, translating the rotation of the wheel, into motion of the pulley. Essentially, pulleys reduce the [[friction]] that would otherwise occur if, for example, the rope were run through a simple ring or if a hook were used to attach a moving load along the ropes length. There are two types of pulley, the fixed and movable pulley, which can be combined in myriad modes and configurations to create compound pulley systems, which can be designed for specialized tasks and scenarios.

	== Dependencies ==		== Dependencies ==

	* [[Simple Machines]]		* [[Simple Machines]]
	** '''Pulley'''		** '''Pulley'''

	==See also==		==See also==

	* [[Inclined Plane]]		* [[Inclined Plane]]
	* [[Lever]]		* [[Lever]]

PolarTwin: Dependencies section

2022-12-20T23:15:43Z

Dependencies section

← Older revision		Revision as of 23:15, 20 December 2022
Line 1:		Line 1:
	[[File:NSRW Single movable pulley.jpg\|thumb\|Pulley C is a static pulley, while pulley B is movable. Thus, a compound pulley system is shown, and assuming ideal conditions, pulley B will remain in it's horizontal position while moving up when the rope is pulled. ]]		[[File:NSRW Single movable pulley.jpg\|thumb\|Pulley C is a static pulley, while pulley B is movable. Thus, a compound pulley system is shown, and assuming ideal conditions, pulley B will remain in it's horizontal position while moving up when the rope is pulled. ]]
	A '''pulley''', is most simply, a wheel and shaft, that runs along a rope or belt. The pulley can move or be static, but the important part is that it translates the motion of the rope/belt into rotational energy of the wheel. When the pulley moves freely along a taut rope, it does the opposite, translating the rotation of the wheel, into motion of the pulley. Essentially, pulleys reduce the friction that would otherwise occur if say, the rope were run through a simple ring or if a hook were used to attach a moving load along the ropes length. There are two types of pulley, the fixed and movable pulley, which can be combined in myriad modes and configurations to create compound pulley systems, which can be designed for specialized tasks and scenarios.		A '''pulley''', is most simply, a wheel and shaft, that runs along a rope or belt. The pulley can move or be static, but the important part is that it translates the motion of the rope/belt into rotational energy of the wheel. When the pulley moves freely along a taut rope, it does the opposite, translating the rotation of the wheel, into motion of the pulley. Essentially, pulleys reduce the friction that would otherwise occur if say, the rope were run through a simple ring or if a hook were used to attach a moving load along the ropes length. There are two types of pulley, the fixed and movable pulley, which can be combined in myriad modes and configurations to create compound pulley systems, which can be designed for specialized tasks and scenarios.

			== Dependencies ==

			* [[Simple Machines]]
			** '''Pulley'''

	==See also==		==See also==

PolarTwin: /* See also */ +Wheel and axle, Simple Machines

2022-10-18T12:16:57Z

See also: +Wheel and axle, Simple Machines

← Older revision		Revision as of 12:16, 18 October 2022
Line 3:		Line 3:

	==See also==		==See also==
	*[[Inclined Plane]]
	*[[Lever]]		* [[Inclined Plane]]
	*[[Screw]]		* [[Lever]]
	*[[Wedge]]		* [[Screw]]
			* [[Wedge]]
			* [[Wheel and axle]]
			* [[Simple Machines]]

	[[Category:Simple Machines]]		[[Category:Simple Machines]]

PolarTwin: +Category:Simple Machines

2022-10-18T11:47:18Z

+Category:Simple Machines

← Older revision		Revision as of 11:47, 18 October 2022
Line 1:		Line 1:
	[[File:NSRW Single movable pulley.jpg\|thumb\|Pulley C is a static pulley, while pulley B is movable. Thus, a compound pulley system is shown, and assuming ideal conditions, pulley B will remain in it's horizontal position while moving up when the rope is pulled. ]]		[[File:NSRW Single movable pulley.jpg\|thumb\|Pulley C is a static pulley, while pulley B is movable. Thus, a compound pulley system is shown, and assuming ideal conditions, pulley B will remain in it's horizontal position while moving up when the rope is pulled. ]]
	A '''pulley''', is most simply, a wheel and shaft, that runs along a rope or belt. The pulley can move or be static, but the important part is that it translates the motion of the rope/belt into rotational energy of the wheel. When the pulley moves freely along a taut rope, it does the opposite, translating the rotation of the wheel, into motion of the pulley. Essentially, pulleys reduce the friction that would otherwise occur if say, the rope were run through a simple ring or if a hook were used to attach a moving load along the ropes length. There are two types of pulley, the fixed and movable pulley, which can be combined in myriad modes and configurations to create compound pulley systems, which can be designed for specialized tasks and scenarios.		A '''pulley''', is most simply, a wheel and shaft, that runs along a rope or belt. The pulley can move or be static, but the important part is that it translates the motion of the rope/belt into rotational energy of the wheel. When the pulley moves freely along a taut rope, it does the opposite, translating the rotation of the wheel, into motion of the pulley. Essentially, pulleys reduce the friction that would otherwise occur if say, the rope were run through a simple ring or if a hook were used to attach a moving load along the ropes length. There are two types of pulley, the fixed and movable pulley, which can be combined in myriad modes and configurations to create compound pulley systems, which can be designed for specialized tasks and scenarios.

	==See also==		==See also==
	*[[Inclined Plane]]		*[[Inclined Plane]]
Line 6:		Line 7:
	*[[Screw]]		*[[Screw]]
	*[[Wedge]]		*[[Wedge]]

			[[Category:Simple Machines]]

PolarTwin: See also, other Simple Machines

2022-10-18T11:37:52Z

PolarTwin: Bold

2022-10-18T11:32:39Z

Bold

← Older revision		Revision as of 11:32, 18 October 2022
Line 1:		Line 1:
	[[File:NSRW Single movable pulley.jpg\|thumb\|Pulley C is a static pulley, while pulley B is movable. Thus, a compound pulley system is shown, and assuming ideal conditions, pulley B will remain in it's horizontal position while moving up when the rope is pulled. ]]		[[File:NSRW Single movable pulley.jpg\|thumb\|Pulley C is a static pulley, while pulley B is movable. Thus, a compound pulley system is shown, and assuming ideal conditions, pulley B will remain in it's horizontal position while moving up when the rope is pulled. ]]
	A pulley, is most simply, a wheel and shaft, that runs along a rope or belt. The pulley can move or be static, but the important part is that it translates the motion of the rope/belt into rotational energy of the wheel. When the pulley moves freely along a taut rope, it does the opposite, translating the rotation of the wheel, into motion of the pulley. Essentially, pulleys reduce the friction that would otherwise occur if say, the rope were run through a simple ring or if a hook were used to attach a moving load along the ropes length. There are two types of pulley, the fixed and movable pulley, which can be combined in myriad modes and configurations to create compound pulley systems, which can be designed for specialized tasks and scenarios.		A '''pulley''', is most simply, a wheel and shaft, that runs along a rope or belt. The pulley can move or be static, but the important part is that it translates the motion of the rope/belt into rotational energy of the wheel. When the pulley moves freely along a taut rope, it does the opposite, translating the rotation of the wheel, into motion of the pulley. Essentially, pulleys reduce the friction that would otherwise occur if say, the rope were run through a simple ring or if a hook were used to attach a moving load along the ropes length. There are two types of pulley, the fixed and movable pulley, which can be combined in myriad modes and configurations to create compound pulley systems, which can be designed for specialized tasks and scenarios.

← Older revision		Revision as of 11:37, 18 October 2022
Line 1:		Line 1:
	[[File:NSRW Single movable pulley.jpg\|thumb\|Pulley C is a static pulley, while pulley B is movable. Thus, a compound pulley system is shown, and assuming ideal conditions, pulley B will remain in it's horizontal position while moving up when the rope is pulled. ]]		[[File:NSRW Single movable pulley.jpg\|thumb\|Pulley C is a static pulley, while pulley B is movable. Thus, a compound pulley system is shown, and assuming ideal conditions, pulley B will remain in it's horizontal position while moving up when the rope is pulled. ]]
	A '''pulley''', is most simply, a wheel and shaft, that runs along a rope or belt. The pulley can move or be static, but the important part is that it translates the motion of the rope/belt into rotational energy of the wheel. When the pulley moves freely along a taut rope, it does the opposite, translating the rotation of the wheel, into motion of the pulley. Essentially, pulleys reduce the friction that would otherwise occur if say, the rope were run through a simple ring or if a hook were used to attach a moving load along the ropes length. There are two types of pulley, the fixed and movable pulley, which can be combined in myriad modes and configurations to create compound pulley systems, which can be designed for specialized tasks and scenarios.		A '''pulley''', is most simply, a wheel and shaft, that runs along a rope or belt. The pulley can move or be static, but the important part is that it translates the motion of the rope/belt into rotational energy of the wheel. When the pulley moves freely along a taut rope, it does the opposite, translating the rotation of the wheel, into motion of the pulley. Essentially, pulleys reduce the friction that would otherwise occur if say, the rope were run through a simple ring or if a hook were used to attach a moving load along the ropes length. There are two types of pulley, the fixed and movable pulley, which can be combined in myriad modes and configurations to create compound pulley systems, which can be designed for specialized tasks and scenarios.
			==See also==
			*[[Inclined Plane]]
			*[[Lever]]
			*[[Screw]]
			*[[Wedge]]