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Landry Solar System Review Part 1 Flashcards | StudBud
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Landry Solar System Review Part 1
Landry Solar System Review Part 1
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5th grade Astronomy Unit Assessment Review
Flashcards
20 cards
F
Practice quiz
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Host live
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Questions
20
Answers
1
The planets and moons orbit the sun because of the....
Sun's gravitational pull
Moon's gravitational pull
Earth's gravitational pull
Their ellipse
2
Earth orbiting the Sun is an example of
revolution
rotation
Gravitational Pull
gravity
3
Near round object that orbits a star, smaller than a planet, not a satellite of another object
Black hole
Dwarf Planet
Tiny Planet
Comet
4
The shape of planetary orbits is called an
oval
asteroid belt
ellipse
eclipse
5
This feature separates Mars and Jupiter from one another
Asteroid Belt
Gravity
Earth
Comet Belt
6
Pluto, Ceres, and Eris are examples of this
Planets
Dwarf Comets
Dwarf Planets
Moons
7
A single journey around an orbital path
Revolution
Rotation
Gravity
Ellipse
8
Object of ice and dust that orbits a star. Develops a long bright tail as it nears its star
Asteroid Belt
Asteroid
Ellipse
Comet
9
Irregularly shaped rock that orbits the sun
Moon
Asteroid
Comet
Sun
10
Which planet is closest to the sun?
Mercury
Venus
Earth
Mars
11
Why would it be hard to make an accurate model of the solar system for a school science project
Boring and Unintersting
Too vast and big
Too small and little space covered
Too many details
12
Number of days it takes Earth to orbit the sun
365 1/4
364 1/4
28
30
13
The amount of time it takes a planet to orbit the sun is equal to
A month
24 hours
a day
A year
14
A group of objects in space that orbits a star
planets
Galaxy
Solar System
Asteroid
15
If a planet is further from the sun, it's year is
Longer
Shorter
16
A very large object that orbits a star
Sun
Comet
Planet
Asteroid
17
If a planet is closer to the sun, its year is
Longer
shorter
18
The force that pulls all objects towards each other
Energy
Force
Gravity
Love
19
The length of a year is different for every planet because of a planet's
distance from the sun
seasons
rate of revolution
rate of rotation
20
When gravity attracts two objects together
Magnetism
Attraction
Gravitational Pull
Energy