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Why do the pole stars appear to move around Polaris?
more dense and smaller
The swinging of the Foucault Pendulum
a spiral galaxy consisting of billions of stars
become less eccentric and closer to a circle
our solar system
defelect to the right in the northern hemisphere and to the left in the southern
The earth rotates on ts axis
It appears to remain stationary in the sky
The sun is the center of
more dense and smaller
The swinging of the Foucault Pendulum
a spiral galaxy consisting of billions of stars
become less eccentric and closer to a circle
our solar system
defelect to the right in the northern hemisphere and to the left in the southern
The earth rotates on ts axis
It appears to remain stationary in the sky
Compared to the Jovian planets, the terrestial planets are
more dense and smaller
The swinging of the Foucault Pendulum
a spiral galaxy consisting of billions of stars
become less eccentric and closer to a circle
our solar system
defelect to the right in the northern hemisphere and to the left in the southern
The earth rotates on ts axis
It appears to remain stationary in the sky
The corilois effect causes winds to
more dense and smaller
The swinging of the Foucault Pendulum
a spiral galaxy consisting of billions of stars
become less eccentric and closer to a circle
our solar system
defelect to the right in the northern hemisphere and to the left in the southern
The earth rotates on ts axis
It appears to remain stationary in the sky
Polaris is used for navigation because
more dense and smaller
The swinging of the Foucault Pendulum
a spiral galaxy consisting of billions of stars
become less eccentric and closer to a circle
our solar system
defelect to the right in the northern hemisphere and to the left in the southern
The earth rotates on ts axis
It appears to remain stationary in the sky
As a planet's eccentricity decreases, the shape will
more dense and smaller
The swinging of the Foucault Pendulum
a spiral galaxy consisting of billions of stars
become less eccentric and closer to a circle
our solar system
defelect to the right in the northern hemisphere and to the left in the southern
The earth rotates on ts axis
It appears to remain stationary in the sky
The Milky Way Galaxy is
more dense and smaller
The swinging of the Foucault Pendulum
a spiral galaxy consisting of billions of stars
become less eccentric and closer to a circle
our solar system
defelect to the right in the northern hemisphere and to the left in the southern
The earth rotates on ts axis
It appears to remain stationary in the sky
The rotation of the earth was best proved by
more dense and smaller
The swinging of the Foucault Pendulum
a spiral galaxy consisting of billions of stars
become less eccentric and closer to a circle
our solar system
defelect to the right in the northern hemisphere and to the left in the southern
The earth rotates on ts axis
It appears to remain stationary in the sky
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