AY Honors/Stars/Prism - Revision history

W126jep: - Category of AYHAB

2022-07-15T00:09:59Z

- Category of AYHAB

W126jep: W126jep moved page Adventist Youth Honors Answer Book/Stars/Prism to AY Honors/Stars/Prism without leaving a redirect: Part of translatable page "Adventist Youth Honors Answer Book/Stars/Prism"

2021-09-08T22:21:58Z

W126jep moved page Adventist Youth Honors Answer Book/Stars/Prism to AY Honors/Stars/Prism without leaving a redirect: Part of translatable page "Adventist Youth Honors Answer Book/Stars/Prism"

W126jep at 22:21, 8 September 2021

2021-09-08T22:21:42Z

W126jep: Marked this version for translation

2015-03-16T13:41:27Z

Marked this version for translation

W126jep: + translate tags

2015-03-16T13:40:53Z

+ translate tags

Jomegat: 3 revisions: re-import from WB, including edit history

2012-07-05T18:41:38Z

3 revisions: re-import from WB, including edit history

SU Admin: 1 revision

2012-05-16T15:49:38Z

1 revision

New page

When sunlight is passed through a prism, it is dispersed into the colors of the rainbow. In fact, when you see a rainbow after a rain storm, it too is made by sunlight passing through many tiny prisms - the raindrops.

Careful study of these rainbows reveals that there are gaps between some of the colors. These gaps are called ''absorption lines'', and depending on where they are in the spectrum (that is, where they are in the rainbow), scientists can tell what the light source is made of. Scientists also discovered that the temperature of a star is determined by its composition. So by observing the spectrum, scientists can tell the temperature of a star.

[[Category:Adventist Youth Honors Answer Book|{{SUBPAGENAME}}]]

Jomegat: spelling

2007-03-08T23:57:38Z

spelling

Jomegat: Template:Ay stars adv prism moved to Adventist Youth Honors Answer Book/Stars/Prism: transclude

2006-12-07T23:07:16Z

Template:Ay stars adv prism moved to Adventist Youth Honors Answer Book/Stars/Prism: transclude

Jomegat: created template

2006-09-15T01:48:08Z

created template

New page

When sunlight is passed through a prism, it is dispersed into the colors of the rainbow. In fact, when you see a rainbow after a rain storm, it too is made by sunlight passing through many tiny prisms - the raindrops.

Careful study of these rainbows reveals that there are gaps between some of the colors. These gaps are called ''absorbtion lines'', and depending on where they are in the spectrum (that is, where they are in the rainbow), scientists can tell what the light source is made of. Scientists also discovered that the temperature of a star is determined by its composition. So by observing the spectrum, scientists can tell the temperature of a star.

← Older revision		Revision as of 00:09, 15 July 2022
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	Careful study of these rainbows reveals that there are gaps between some of the colors. These gaps are called ''absorption lines'', and depending on where they are in the spectrum (that is, where they are in the rainbow), scientists can tell what the light source is made of. Scientists also discovered that the temperature of a star is determined by its composition. So by observing the spectrum, scientists can tell the temperature of a star.		Careful study of these rainbows reveals that there are gaps between some of the colors. These gaps are called ''absorption lines'', and depending on where they are in the spectrum (that is, where they are in the rainbow), scientists can tell what the light source is made of. Scientists also discovered that the temperature of a star is determined by its composition. So by observing the spectrum, scientists can tell the temperature of a star.
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 When sunlight is passed through a prism, it is dispersed into the colors of the rainbow.  In fact, when you see a rainbow after a rain storm, it too is made by sunlight passing through many tiny prisms - the raindrops.
 Careful study of these rainbows reveals that there are gaps between some of the colors.  These gaps are called ''absorption lines'', and depending on where they are in the spectrum (that is, where they are in the rainbow), scientists can tell what the light source is made of.  Scientists also discovered that the temperature of a star is determined by its composition.  So by observing the spectrum, scientists can tell the temperature of a star.
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← Older revision		Revision as of 23:57, 8 March 2007
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	When sunlight is passed through a prism, it is dispersed into the colors of the rainbow. In fact, when you see a rainbow after a rain storm, it too is made by sunlight passing through many tiny prisms - the raindrops.		When sunlight is passed through a prism, it is dispersed into the colors of the rainbow. In fact, when you see a rainbow after a rain storm, it too is made by sunlight passing through many tiny prisms - the raindrops.

−	Careful study of these rainbows reveals that there are gaps between some of the colors. These gaps are called ''~~absorbtion~~ lines'', and depending on where they are in the spectrum (that is, where they are in the rainbow), scientists can tell what the light source is made of. Scientists also discovered that the temperature of a star is determined by its composition. So by observing the spectrum, scientists can tell the temperature of a star.	+	Careful study of these rainbows reveals that there are gaps between some of the colors. These gaps are called ''absorption lines'', and depending on where they are in the spectrum (that is, where they are in the rainbow), scientists can tell what the light source is made of. Scientists also discovered that the temperature of a star is determined by its composition. So by observing the spectrum, scientists can tell the temperature of a star.