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leo is a kind of constellation & a constellation contains stars -> <mask> is a constellation containing stars | leo |
leo is a kind of constellation & a constellation contains stars -> leo is a <mask> containing stars | constellation |
leo is a kind of constellation & a constellation contains stars -> leo is a constellation <mask> stars | containing |
leo is a kind of constellation & a constellation contains stars -> leo is a constellation containing <mask> | stars |
leo is a constellation containing stars & the earth revolving around the sun causes stars to appear in different areas in the sky at different times of year -> the <mask> revolving around the sun causes leo to appear in different areas in the sky at different times of year | earth |
leo is a constellation containing stars & the earth revolving around the sun causes stars to appear in different areas in the sky at different times of year -> the earth <mask> around the sun causes leo to appear in different areas in the sky at different times of year | revolving |
leo is a constellation containing stars & the earth revolving around the sun causes stars to appear in different areas in the sky at different times of year -> the earth revolving around the <mask> causes leo to appear in different areas in the sky at different times of year | sun |
leo is a constellation containing stars & the earth revolving around the sun causes stars to appear in different areas in the sky at different times of year -> the earth revolving around the sun <mask> leo to appear in different areas in the sky at different times of year | causes |
leo is a constellation containing stars & the earth revolving around the sun causes stars to appear in different areas in the sky at different times of year -> the earth revolving around the sun causes <mask> to appear in different areas in the sky at different times of year | leo |
leo is a constellation containing stars & the earth revolving around the sun causes stars to appear in different areas in the sky at different times of year -> the earth revolving around the sun causes leo to <mask> in different areas in the sky at different times of year | appear |
leo is a constellation containing stars & the earth revolving around the sun causes stars to appear in different areas in the sky at different times of year -> the earth revolving around the sun causes leo to appear in different <mask> in the sky at different times of year | areas |
leo is a constellation containing stars & the earth revolving around the sun causes stars to appear in different areas in the sky at different times of year -> the earth revolving around the sun causes leo to appear in different areas in the <mask> at different times of year | sky |
leo is a constellation containing stars & the earth revolving around the sun causes stars to appear in different areas in the sky at different times of year -> the earth revolving around the sun causes leo to appear in different areas in the sky at different <mask> of year | times |
leo is a constellation containing stars & the earth revolving around the sun causes stars to appear in different areas in the sky at different times of year -> the earth revolving around the sun causes leo to appear in different areas in the sky at different times of <mask> | year |
earth is a kind of celestial object & a star is a kind of celestial object / celestial body & apparent motion is when an object appears to move relative to another object 's position -> apparent <mask> of stars is when stars appear to move relative to earth's position | motion |
earth is a kind of celestial object & a star is a kind of celestial object / celestial body & apparent motion is when an object appears to move relative to another object 's position -> apparent motion of <mask> is when stars appear to move relative to earth's position | stars |
earth is a kind of celestial object & a star is a kind of celestial object / celestial body & apparent motion is when an object appears to move relative to another object 's position -> apparent motion of stars is when <mask> appear to move relative to earth's position | stars |
earth is a kind of celestial object & a star is a kind of celestial object / celestial body & apparent motion is when an object appears to move relative to another object 's position -> apparent motion of stars is when stars <mask> to move relative to earth's position | appear |
earth is a kind of celestial object & a star is a kind of celestial object / celestial body & apparent motion is when an object appears to move relative to another object 's position -> apparent motion of stars is when stars appear to <mask> relative to earth's position | move |
earth is a kind of celestial object & a star is a kind of celestial object / celestial body & apparent motion is when an object appears to move relative to another object 's position -> apparent motion of stars is when stars appear to move <mask> to earth's position | relative |
earth is a kind of celestial object & a star is a kind of celestial object / celestial body & apparent motion is when an object appears to move relative to another object 's position -> apparent motion of stars is when stars appear to move relative to earth's <mask> | position |
apparent motion of stars is when stars appear to move relative to earth's position & the earth rotating on its axis causes stars to appear to move across the sky at night -> the <mask> rotating on its axis causes apparent motion of stars | earth |
apparent motion of stars is when stars appear to move relative to earth's position & the earth rotating on its axis causes stars to appear to move across the sky at night -> the earth <mask> on its axis causes apparent motion of stars | rotating |
apparent motion of stars is when stars appear to move relative to earth's position & the earth rotating on its axis causes stars to appear to move across the sky at night -> the earth rotating on its <mask> causes apparent motion of stars | axis |
apparent motion of stars is when stars appear to move relative to earth's position & the earth rotating on its axis causes stars to appear to move across the sky at night -> the earth rotating on its axis <mask> apparent motion of stars | causes |
apparent motion of stars is when stars appear to move relative to earth's position & the earth rotating on its axis causes stars to appear to move across the sky at night -> the earth rotating on its axis causes apparent <mask> of stars | motion |
apparent motion of stars is when stars appear to move relative to earth's position & the earth rotating on its axis causes stars to appear to move across the sky at night -> the earth rotating on its axis causes apparent motion of <mask> | stars |
the earth rotating on its axis causes apparent motion of stars & stars appear to move relative to the horizon during the night -> the <mask> rotating on its axis causes stars to move relative to the horizon during the night | earth |
the earth rotating on its axis causes apparent motion of stars & stars appear to move relative to the horizon during the night -> the earth <mask> on its axis causes stars to move relative to the horizon during the night | rotating |
the earth rotating on its axis causes apparent motion of stars & stars appear to move relative to the horizon during the night -> the earth rotating on its <mask> causes stars to move relative to the horizon during the night | axis |
the earth rotating on its axis causes apparent motion of stars & stars appear to move relative to the horizon during the night -> the earth rotating on its axis <mask> stars to move relative to the horizon during the night | causes |
the earth rotating on its axis causes apparent motion of stars & stars appear to move relative to the horizon during the night -> the earth rotating on its axis causes <mask> to move relative to the horizon during the night | stars |
the earth rotating on its axis causes apparent motion of stars & stars appear to move relative to the horizon during the night -> the earth rotating on its axis causes stars to <mask> relative to the horizon during the night | move |
the earth rotating on its axis causes apparent motion of stars & stars appear to move relative to the horizon during the night -> the earth rotating on its axis causes stars to move <mask> to the horizon during the night | relative |
the earth rotating on its axis causes apparent motion of stars & stars appear to move relative to the horizon during the night -> the earth rotating on its axis causes stars to move relative to the <mask> during the night | horizon |
the earth rotating on its axis causes apparent motion of stars & stars appear to move relative to the horizon during the night -> the earth rotating on its axis causes stars to move relative to the horizon during the <mask> | night |
diurnal motion is when objects in the sky appear to move due to earth 's rotation on its axis & stars appear to move relative to the horizon during the night -> <mask> apearing to move relative to the horizon during the night is an example of diurnal motion | stars |
diurnal motion is when objects in the sky appear to move due to earth 's rotation on its axis & stars appear to move relative to the horizon during the night -> stars apearing to <mask> relative to the horizon during the night is an example of diurnal motion | move |
diurnal motion is when objects in the sky appear to move due to earth 's rotation on its axis & stars appear to move relative to the horizon during the night -> stars apearing to move <mask> to the horizon during the night is an example of diurnal motion | relative |
diurnal motion is when objects in the sky appear to move due to earth 's rotation on its axis & stars appear to move relative to the horizon during the night -> stars apearing to move relative to the <mask> during the night is an example of diurnal motion | horizon |
diurnal motion is when objects in the sky appear to move due to earth 's rotation on its axis & stars appear to move relative to the horizon during the night -> stars apearing to move relative to the horizon during the <mask> is an example of diurnal motion | night |
diurnal motion is when objects in the sky appear to move due to earth 's rotation on its axis & stars appear to move relative to the horizon during the night -> stars apearing to move relative to the horizon during the night is an <mask> of diurnal motion | example |
diurnal motion is when objects in the sky appear to move due to earth 's rotation on its axis & stars appear to move relative to the horizon during the night -> stars apearing to move relative to the horizon during the night is an example of diurnal <mask> | motion |
stars apearing to move relative to the horizon during the night is an example of diurnal motion & the earth rotating on its axis causes stars / the moon to appear to move across the sky at night -> the <mask> rotating on its axis causes stars to appear to move relative to the horizon during the night | earth |
stars apearing to move relative to the horizon during the night is an example of diurnal motion & the earth rotating on its axis causes stars / the moon to appear to move across the sky at night -> the earth <mask> on its axis causes stars to appear to move relative to the horizon during the night | rotating |
stars apearing to move relative to the horizon during the night is an example of diurnal motion & the earth rotating on its axis causes stars / the moon to appear to move across the sky at night -> the earth rotating on its <mask> causes stars to appear to move relative to the horizon during the night | axis |
stars apearing to move relative to the horizon during the night is an example of diurnal motion & the earth rotating on its axis causes stars / the moon to appear to move across the sky at night -> the earth rotating on its axis <mask> stars to appear to move relative to the horizon during the night | causes |
stars apearing to move relative to the horizon during the night is an example of diurnal motion & the earth rotating on its axis causes stars / the moon to appear to move across the sky at night -> the earth rotating on its axis causes <mask> to appear to move relative to the horizon during the night | stars |
stars apearing to move relative to the horizon during the night is an example of diurnal motion & the earth rotating on its axis causes stars / the moon to appear to move across the sky at night -> the earth rotating on its axis causes stars to <mask> to move relative to the horizon during the night | appear |
stars apearing to move relative to the horizon during the night is an example of diurnal motion & the earth rotating on its axis causes stars / the moon to appear to move across the sky at night -> the earth rotating on its axis causes stars to appear to <mask> relative to the horizon during the night | move |
stars apearing to move relative to the horizon during the night is an example of diurnal motion & the earth rotating on its axis causes stars / the moon to appear to move across the sky at night -> the earth rotating on its axis causes stars to appear to move <mask> to the horizon during the night | relative |
stars apearing to move relative to the horizon during the night is an example of diurnal motion & the earth rotating on its axis causes stars / the moon to appear to move across the sky at night -> the earth rotating on its axis causes stars to appear to move relative to the <mask> during the night | horizon |
stars apearing to move relative to the horizon during the night is an example of diurnal motion & the earth rotating on its axis causes stars / the moon to appear to move across the sky at night -> the earth rotating on its axis causes stars to appear to move relative to the horizon during the <mask> | night |
a star produces light & a source of something produces that something -> <mask> are a source of light | stars |
a star produces light & a source of something produces that something -> stars are a <mask> of light | source |
a star produces light & a source of something produces that something -> stars are a source of <mask> | light |
stars are a source of light & as a source of light becomes closer , the light will appear brighter -> as the <mask> become closer, the light of the stars will appear brighter | stars |
stars are a source of light & as a source of light becomes closer , the light will appear brighter -> as the stars <mask> closer, the light of the stars will appear brighter | become |
stars are a source of light & as a source of light becomes closer , the light will appear brighter -> as the stars become closer, the <mask> of the stars will appear brighter | light |
stars are a source of light & as a source of light becomes closer , the light will appear brighter -> as the stars become closer, the light of the <mask> will appear brighter | stars |
stars are a source of light & as a source of light becomes closer , the light will appear brighter -> as the stars become closer, the light of the stars will <mask> brighter | appear |
as the stars become closer, the light of the stars will appear brighter & the sun is the star that is closest to earth -> the <mask> will be the star that appears the brightest to the earth | sun |
as the stars become closer, the light of the stars will appear brighter & the sun is the star that is closest to earth -> the sun will be the <mask> that appears the brightest to the earth | star |
as the stars become closer, the light of the stars will appear brighter & the sun is the star that is closest to earth -> the sun will be the star that <mask> the brightest to the earth | appears |
as the stars become closer, the light of the stars will appear brighter & the sun is the star that is closest to earth -> the sun will be the star that appears the brightest to the <mask> | earth |
a star produces light & a source of something produces that something -> <mask> are a source of light | stars |
a star produces light & a source of something produces that something -> stars are a <mask> of light | source |
a star produces light & a source of something produces that something -> stars are a source of <mask> | light |
stars are a source of light & as a source of light becomes closer , the light will appear brighter -> as the <mask> becomes closer, the light of the stars will appear brighter | stars |
stars are a source of light & as a source of light becomes closer , the light will appear brighter -> as the stars <mask> closer, the light of the stars will appear brighter | becomes |
stars are a source of light & as a source of light becomes closer , the light will appear brighter -> as the stars becomes closer, the <mask> of the stars will appear brighter | light |
stars are a source of light & as a source of light becomes closer , the light will appear brighter -> as the stars becomes closer, the light of the <mask> will appear brighter | stars |
stars are a source of light & as a source of light becomes closer , the light will appear brighter -> as the stars becomes closer, the light of the stars will <mask> brighter | appear |
the sun is the star that is closest to earth & the stars in the night sky are very far away from the earth -> the <mask> is closer to earth than other stars to earth | sun |
the sun is the star that is closest to earth & the stars in the night sky are very far away from the earth -> the sun is <mask> to earth than other stars to earth | closer |
the sun is the star that is closest to earth & the stars in the night sky are very far away from the earth -> the sun is closer to <mask> than other stars to earth | earth |
the sun is the star that is closest to earth & the stars in the night sky are very far away from the earth -> the sun is closer to earth than other <mask> to earth | stars |
the sun is the star that is closest to earth & the stars in the night sky are very far away from the earth -> the sun is closer to earth than other stars to <mask> | earth |
as the stars becomes closer, the light of the stars will appear brighter & the sun is closer to earth than other stars to earth -> the <mask> is brighter than other stars because the sun is closer to earth than other stars | sun |
as the stars becomes closer, the light of the stars will appear brighter & the sun is closer to earth than other stars to earth -> the sun is brighter than other <mask> because the sun is closer to earth than other stars | stars |
as the stars becomes closer, the light of the stars will appear brighter & the sun is closer to earth than other stars to earth -> the sun is brighter than other stars because the <mask> is closer to earth than other stars | sun |
as the stars becomes closer, the light of the stars will appear brighter & the sun is closer to earth than other stars to earth -> the sun is brighter than other stars because the sun is <mask> to earth than other stars | closer |
as the stars becomes closer, the light of the stars will appear brighter & the sun is closer to earth than other stars to earth -> the sun is brighter than other stars because the sun is closer to <mask> than other stars | earth |
as the stars becomes closer, the light of the stars will appear brighter & the sun is closer to earth than other stars to earth -> the sun is brighter than other stars because the sun is closer to earth than other <mask> | stars |
more light gets reflected on highly reflective things & venus is covered in highly reflective clouds -> <mask> reflects more sunlight toward earth than other planets | venus |
more light gets reflected on highly reflective things & venus is covered in highly reflective clouds -> venus <mask> more sunlight toward earth than other planets | reflects |
more light gets reflected on highly reflective things & venus is covered in highly reflective clouds -> venus reflects more <mask> toward earth than other planets | sunlight |
more light gets reflected on highly reflective things & venus is covered in highly reflective clouds -> venus reflects more sunlight toward <mask> than other planets | earth |
more light gets reflected on highly reflective things & venus is covered in highly reflective clouds -> venus reflects more sunlight toward earth than other <mask> | planets |
venus reflects more sunlight toward earth than other planets & as the light reflected off of an object increases , the object will appear to be brighter -> <mask> reflecting more sunlight than other planets make it brighter than other planets | venus |
venus reflects more sunlight toward earth than other planets & as the light reflected off of an object increases , the object will appear to be brighter -> venus <mask> more sunlight than other planets make it brighter than other planets | reflecting |
venus reflects more sunlight toward earth than other planets & as the light reflected off of an object increases , the object will appear to be brighter -> venus reflecting more <mask> than other planets make it brighter than other planets | sunlight |
venus reflects more sunlight toward earth than other planets & as the light reflected off of an object increases , the object will appear to be brighter -> venus reflecting more sunlight than other <mask> make it brighter than other planets | planets |
venus reflects more sunlight toward earth than other planets & as the light reflected off of an object increases , the object will appear to be brighter -> venus reflecting more sunlight than other planets <mask> it brighter than other planets | make |
venus reflects more sunlight toward earth than other planets & as the light reflected off of an object increases , the object will appear to be brighter -> venus reflecting more sunlight than other planets make it brighter than other <mask> | planets |
united states is located in the northern hemisphere & new york / new york state is a state located in the united states of america -> new <mask> state is located in the northern hemisphere | york |
united states is located in the northern hemisphere & new york / new york state is a state located in the united states of america -> new york <mask> is located in the northern hemisphere | state |
united states is located in the northern hemisphere & new york / new york state is a state located in the united states of america -> new york state is <mask> in the northern hemisphere | located |
united states is located in the northern hemisphere & new york / new york state is a state located in the united states of america -> new york state is located in the <mask> hemisphere | northern |
united states is located in the northern hemisphere & new york / new york state is a state located in the united states of america -> new york state is located in the northern <mask> | hemisphere |
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