Sphere - Revision history

User at 23:51, 21 September 2021

2021-09-21T23:51:08Z

← Older revision		Revision as of 23:51, 21 September 2021
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	A spherical [[lens]] in its simplest form is the magnifying glass. This lens is convex on both sides, and those faces are shaped like sections of spheres. The strength of the lens is described in [[diopters]]. A spherical lens that is convex on both sides is a "plus" lens, and is used to treat [[hyperopia]]. The next type of spherical lens to know is the simple minus lens, which is concave on both faces, and is used to treat [[myopia]]. Most [[opticians]] produce minus meniscus lenses ~~that~~ are ~~actually concave~~ on one side and ~~convex~~ on the other, ~~but have a~~ net minus power.		A spherical [[lens]] in its simplest form is the magnifying glass. This lens is convex on both sides, and those faces are shaped like sections of spheres. The strength of the lens is described in [[diopters]]. A spherical lens that is convex on both sides is a "plus" lens, and is used to treat [[hyperopia]]. The next type of spherical lens to know is the simple minus lens, which is concave on both faces, and is used to treat [[myopia]]. Most [[opticians]] produce minus meniscus lenses, which are convex on one side and more concave on the other, resulting in net minus power.

	Spherical power is the easiest to reduce when adjusting your [[lens selections]]. You can use a [[cm measurement]] ([[duochrome test]] recommended for cm) or [[Snellen Chart]] test to determine when you're ready to reduce power.		Spherical power is the easiest to reduce when adjusting your [[lens selections]]. You can use a [[cm measurement]] ([[duochrome test]] recommended for cm) or [[Snellen Chart]] test to determine when you're ready to reduce power.

User at 23:50, 21 September 2021

2021-09-21T23:50:05Z

← Older revision		Revision as of 23:50, 21 September 2021
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	A spherical [[lens]] in its simplest form is the magnifying glass. This lens is convex on both sides, and those faces are shaped like sections of spheres. The strength of the lens is described in [[diopters]] A spherical lens that is convex on both sides is a "plus" lens, and is used to treat [[hyperopia]]. The next type of spherical lens to know is the simple minus lens, which is concave on both faces, and is used to treat [[myopia]]. Most [[opticians]] produce minus lenses that are actually concave on one side and convex on the other, but have a net minus power.		A spherical [[lens]] in its simplest form is the magnifying glass. This lens is convex on both sides, and those faces are shaped like sections of spheres. The strength of the lens is described in [[diopters]]. A spherical lens that is convex on both sides is a "plus" lens, and is used to treat [[hyperopia]]. The next type of spherical lens to know is the simple minus lens, which is concave on both faces, and is used to treat [[myopia]]. Most [[opticians]] produce minus meniscus lenses that are actually concave on one side and convex on the other, but have a net minus power.

	Spherical power is the easiest to reduce when adjusting your [[lens selections]]. You can use a [[cm measurement]] [[duochrome]] or [[Snellen Chart]] test to determine when you're ready to reduce power.		Spherical power is the easiest to reduce when adjusting your [[lens selections]]. You can use a [[cm measurement]] ([[duochrome test]] recommended for cm) or [[Snellen Chart]] test to determine when you're ready to reduce power.

	=See Also=		=See Also=

Viceroy Sam: /* top */typo fix, typos fixed: it's → its

2020-06-03T22:46:04Z

top: typo fix, typos fixed: it's → its

← Older revision		Revision as of 22:46, 3 June 2020
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	A spherical [[lens]] in ~~it's~~ simplest form is the magnifying glass. This lens is convex on both sides, and those faces are shaped like sections of spheres. The strength of the lens is described in [[diopters]] A spherical lens that is convex on both sides is a "plus" lens, and is used to treat [[hyperopia]]. The next type of spherical lens to know is the simple minus lens, which is concave on both faces, and is used to treat [[myopia]]. Most [[opticians]] produce minus lenses that are actually concave on one side and convex on the other, but have a net minus power.		A spherical [[lens]] in its simplest form is the magnifying glass. This lens is convex on both sides, and those faces are shaped like sections of spheres. The strength of the lens is described in [[diopters]] A spherical lens that is convex on both sides is a "plus" lens, and is used to treat [[hyperopia]]. The next type of spherical lens to know is the simple minus lens, which is concave on both faces, and is used to treat [[myopia]]. Most [[opticians]] produce minus lenses that are actually concave on one side and convex on the other, but have a net minus power.

	Spherical power is the easiest to reduce when adjusting your [[lens selections]]. You can use a [[cm measurement]] [[duochrome]] or [[Snellen Chart]] test to determine when you're ready to reduce power.		Spherical power is the easiest to reduce when adjusting your [[lens selections]]. You can use a [[cm measurement]] [[duochrome]] or [[Snellen Chart]] test to determine when you're ready to reduce power.

Dlskidmore: filling out a placeholder page.

2020-06-01T02:12:05Z

filling out a placeholder page.

← Older revision		Revision as of 02:12, 1 June 2020
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	~~Spherical~~ [[~~diopters~~]] are the ~~bread-~~and~~-butter~~ of [[myopia]].		A spherical [[lens]] in it's simplest form is the magnifying glass. This lens is convex on both sides, and those faces are shaped like sections of spheres. The strength of the lens is described in [[diopters]] A spherical lens that is convex on both sides is a "plus" lens, and is used to treat [[hyperopia]]. The next type of spherical lens to know is the simple minus lens, which is concave on both faces, and is used to treat [[myopia]]. Most [[opticians]] produce minus lenses that are actually concave on one side and convex on the other, but have a net minus power.

	==References==		Spherical power is the easiest to reduce when adjusting your [[lens selections]]. You can use a [[cm measurement]] [[duochrome]] or [[Snellen Chart]] test to determine when you're ready to reduce power.

			=See Also=
			* [[cylinder]]

			=References=
	{{reflist}}		{{reflist}}

	[[Category:Articles]]		[[Category:Articles]]

NottNott: Text replacement - "Category:Articles" to "==References== {{reflist}} Category:Articles"

2020-05-25T01:38:15Z

Text replacement - "Category:Articles" to "==References== {{reflist}} Category:Articles"

← Older revision		Revision as of 01:38, 25 May 2020
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	Spherical [[diopters]] are the bread-and-butter of [[myopia]].		Spherical [[diopters]] are the bread-and-butter of [[myopia]].

			==References==
			{{reflist}}

	[[Category:Articles]]		[[Category:Articles]]

Heddy: categorizing

2020-05-24T18:30:56Z

categorizing

← Older revision		Revision as of 18:30, 24 May 2020
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	Spherical [[diopters]] are the bread-and-butter of [[myopia]].		Spherical [[diopters]] are the bread-and-butter of [[myopia]].

			[[Category:Articles]]

NottNott: NottNott moved page Spherical to Sphere

2020-05-18T19:19:32Z

NottNott moved page Spherical to Sphere

← Older revision

Revision as of 19:19, 18 May 2020

NottNott: Created page with "Spherical diopters are the bread-and-butter of myopia."

2020-05-18T19:14:22Z

Created page with "Spherical diopters are the bread-and-butter of myopia."

New page

Spherical [[diopters]] are the bread-and-butter of [[myopia]].