What happened to all the leftover Solar System debris after the last of the planets formed?
all the leftover debris is what we call as asteroids, meteorites and comets. After the last planet formed, these leftover debris were still under the effect of gravity so they started orbiting the sun as per Kepler's law. This is the reason we have a great and dense asteroid belt and Kuiper belt ... Similar to planets, asteroid belt has mostly terrestrial rocks and Kuiper belt has icy rocks.
What happened to all the leftover Solar System debris after the last of the planets formed?
1. All the planets orbit the Sun in the same direction. This is strong evidence that: Group of answer choices None of these is correct. We do not have any idea yet why the planets are orbiting in the same direction. the solar system resulted from the collision of two medium-sized stars. after the planets formed, collisions between them eventually caused them all to move in the same direction. the planets were formed elsewhere in the galaxy and were later...
3b - Planets of our Solar System No unread replies.No replies. Read ALL of this, then post on the Forum! Stars are far away. But never the less, planets like Jupiter look like they are in among the stars. Planets are in the foreground and stars are in the background. Yes, that means you can go out and see planets in the night sky with just your eyes. You do not need a telescope. So the question(s) are --- Can...
The nebular hypothesis states that our solar system originally formed from an enormous cloud of dust and gas. Which of the following statements does NOT provide evidence in support of the nebular hypothesis? O The major planets of the solar system all orbit in the same direction. The major planets of the solar system all lie in the same plane. The sun's radiation peaks in the X-ray frequencies. The inner planets are rocky and small while the outer planets are...
Discussion Prompt: Compare and contrast two planets in our Solar System with Earth. What are the signature features of those planets and how do they compare to Earth?
How does the size of Pluto compare with that of planets in the solar system? Pluto is much smaller. Pluto is much larger. Pluto is about the size of the outer planets. Pluto is about the size of the inner planets.
The average atomic mass of Argon (Ar) on the outer planets of the solar system differs from the atomic mass of argon on earth. On the outer planets (e.g., Saturn & Jupiter), naturally-occurring argon is composed of 83.99% 36Ar (35.967 amu), 16.00% 38Ar (37.963 amu), and 0.01% 40Ar (39.962 amu). Calculate the average atomic mass of argon on the outer planets of the solar system. Show your work for any credit.
Many of the thousands of planets discovered outside of our solar system (exoplanets) belong to a class of planets called super-Earths which are rocky planets much larger and more massive than Earth. One such planet has a mass 27 times that of Earth and a radius 2.7 times larger. How many times heavier would you weigh standing on the surface of this planet than you do on Earth?
Q: Which of the following are manifestations of solar magnetic activity? sunspots flares prominences all of the above Q: How did the system of planets orbiting the Sun form? he planets formed from the same materials as the Sun, assembled to current organization by gravity and angular momentum. The planets and the Sun formed at the time of the Big Bang. The planets were captured by the Sun’s gravity. The planets formed from the fusion of hydrogen in their cores....
Pluto's orbit around the Sun is highly elliptical compared to the planets in our Solar System. It has a perihelion distance of 29.7 AU and an aphelion distance of 49.5 AU. a) What is the semi-major axis of Pluto's orbit, in AU? b) What is Pluto's orbital period, in Earth years?
1. Small bodies in the Solar System include dwarf planets, moons, asteroids, comets, Kuiper Belt objects, and meteoroids. Describe briefly the objects in each classification: location(s), size ranges, compositions 2. How does the dwarf planet Ceres differ from the other dwarf planets?