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Planetary Motion
Page 4
Questions (189)
which statement describes a planet as it moves along its orbit
a. it travels slowest but experiences a stronger gravitaional pull
7 answers
asked by
Connexus Student
41 views
Kepler’s first law of motion describes what feature of a planet’s orbit?(1 point)
Responses the shape the shape the distance
1 answer
asked anonymously
35 views
Which statement describes a planet as it moves along its orbit?(1 point)
Responses It travels fastest and experiences a stronger
1 answer
asked anonymously
41 views
What prevents the gravity of the sun to pull all of the planets towards it? (1 point)
the planets' speed as they orbit the sun
1 answer
asked by
trippie
49 views
Because of gravity and inertia planets move in a particular manner around the sun. Which term describes the shape of the orbit
1 answer
asked by
lmao
25 views
Which statement describes a planet as it moves along its orbit?(1 point)
Responses It travels fastest and experiences a stronger
1 answer
asked by
Josie
39 views
Kepler's first law of motion describes what feature of a planet's orbit? (1 point)
the time required for each orbit the distance
1 answer
asked anonymously
31 views
Observing a planetoid orbiting far from the sun, astronomers notice that the object slows down in its orbit in a way they did
3 answers
asked by
yes
64 views
Observing a planetoid orbiting fra from the sun astronomers notice that the object slows down in its orbit in a way they did it
1 answer
asked anonymously
57 views
Which statement describes a planet as it moves along its orbit?(1 point) Responses It travels fastest and experiences a stronger
1 answer
asked anonymously
21 views
What do you notice about the orbital speeds of the planets in our solar system from the video above?
A. There is no pattern in
1 answer
asked anonymously
30 views
What would happen if the planets stopped moving and the only force acting on them were from the sun?
A. The planets would be
1 answer
asked anonymously
23 views
What would happen if the sun disappeared and was no longer exerting a force on the planets
A. The planets would fly away from the
1 answer
asked anonymously
24 views
Which statement is true about the motion of a planet in its orbit around the Sun?
a. The orbital speed increases as the planet
1 answer
asked anonymously
39 views
If a planet had a semi-major axis length of 2.3 AU as it orbits the Sun, what would be its period in years?
a. 1.74 years b. 2.3
1 answer
asked anonymously
41 views
Which statement describes a planet as it moves along its orbit?(1 point)
Responses It travels slowest but experiences a stronger
1 answer
asked anonymously
29 views
Who used Tycho Brahe’s calculations to discover the elliptical motion of the planets?
1 answer
asked anonymously
23 views
Kepler’s first law of motion describes what feature of a planet’s orbit?(1 point)
Responses the time required for each orbit
1 answer
asked anonymously
29 views
can you explain kepler's third law of planetary motion?
1 answer
asked anonymously
7 views
Which statement did Kepler’s investigations of the movement of the planets explain?
Responses Jupiter has more moons than
1 answer
asked by
Estrella Torres
29 views
Which scientist developed a new model of planetary motion?
Responses Rutherford Rutherford Kelvin Kelvin Darwin Darwin Kepler
1 answer
asked by
abigail
20 views
What idea did Nicolaus Copernicus put forth?(1 point)
Responses The force of gravity keeps planets in motion. The force of
1 answer
asked by
goofy ah bugger
26 views
what idea did nicolause copernicus put forth
A. the force of gravity keeps planets in motion B. planets revolve around the sun C.
1 answer
asked by
.
21 views
What idea did Nicolaus Copernicus put forth?(1 point) Responses Saturn has rings around it. Saturn has rings around it.
1 answer
asked anonymously
25 views
Why do the planets orbit the sun in an elliptical shape?
1 answer
asked by
LuvRainy
25 views
● Why do the planets orbit the sun in an elliptical shape?
1 answer
asked by
math man
14 views
Which statement best explains why the planets orbit around the Sun?
A. The Sun exerts the largest gravitational force due to its
1 answer
asked by
BOThelper
9 views
The image above shows the retrograde (backward) motion of Mars as observed from Earth by the astronomer who discovered it.
1 answer
asked anonymously
14 views
The image above shows the retrograde (backward) motion of Mars as observed from Earth by the astronomer who discovered it.
1 answer
asked by
anon
16 views
When does a planet move slower? (1 point)
It doesn't; orbital speeds are constant. When it becomes more massive, When it's
1 answer
asked anonymously
12 views
“The planets revolve around the sun in an elliptical pattern because of the respective gravitational forces that interact
1 answer
asked anonymously
7 views
Kepler's (which number?) law of motion relates the shape of a planet's orbit with its speed.
1 answer
asked anonymously
3 views
Based on Kepler's observations about planetary motion, what is the relationship between a planet's orbital velocity and its
1 answer
asked anonymously
4 views
A line between a planet and the sun sweeps out two equal areas at different places as it moves along its orbit. Which factor
1 answer
asked anonymously
4 views
Which did Kepler notice about planetary motion that caused him to propose Kepler’s first law of orbital motion?(1 point)
Respon
1 answer
asked anonymously
2 views
When does a planet move slower?(1 point)
Responses When it's closer to the sun. When it's farther from the sun. It doesn't;
1 answer
asked anonymously
4 views
The image above shows the retrograde (backward) motion of Mars as observed from Earth by the astronomer who discovered it.
1 answer
asked anonymously
3 views
A line between a planet and the sun sweeps out two equal areas at different places as it moves along its orbit. Which factor
7 answers
asked anonymously
3 views
The image above shows the retrograde (backward) motion of Mars as observed from Earth by the astronomer who discovered it.
1 answer
asked by
anon
5 views
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Parent Categories (14)
Astronomy
Astrophysics
Celestial Mechanics
Celestial movements
Circular motion
Gravity
Gravity and Motion
Kinetic Energy
Mechanics
Orbital Mechanics
Physics
Science
Science and Astronomy
Solar System