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align:start position:0%
and we do that it's pretty it's very
align:start position:0%
and we do that it's pretty it's very
simple actually if you have a star and
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simple actually if you have a star and
align:start position:0%
simple actually if you have a star and
and you happen to be looking at it in
align:start position:0%
and you happen to be looking at it in
align:start position:0%
and you happen to be looking at it in
the planet's transiting is what it's
align:start position:0%
the planet's transiting is what it's
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the planet's transiting is what it's
called when it passes in front of the
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called when it passes in front of the
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called when it passes in front of the
planet what do you think happens if
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planet what do you think happens if
align:start position:0%
planet what do you think happens if
you're looking at a star and you see the
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you're looking at a star and you see the
align:start position:0%
you're looking at a star and you see the
light from the star and the planet goes
align:start position:0%
light from the star and the planet goes
align:start position:0%
light from the star and the planet goes
in front what do you think happens to
align:start position:0%
in front what do you think happens to
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in front what do you think happens to
the
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the
align:start position:0%
the
light there's a shadow right so the
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light there's a shadow right so the
align:start position:0%
light there's a shadow right so the
light is decreased and that's really the
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light is decreased and that's really the
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light is decreased and that's really the
whole principle behind test is looking
align:start position:0%
whole principle behind test is looking