Ice can condensed into a number of different shapes and sizes depending on the temperature. It can be a solid, liquid, or gas.
How do nebulas condense?
Nebulas condense when the interstellar gas and dust in a galaxy become too dense to hold together as a single entity. This happens when the gas and dust is so diffuse that it can’t be seen through the naked eye.
How did material condense in the inner parts of the solar nebula?
The solar nebula is a large, diffuse cloud of gas and dust located in the outer space. It is made up of many small stars and planets. The gas and dust condenses into small particles over time.
What kind of material in the solar nebula would condense?
In the solar nebula, the material is so cold that it doesn’t form any clouds. This is because the gas and dust is so small that it doesn’t have enough energy to form clouds.
What is a frost line in construction?
A frost line is the line that separates the cold ground from the warmer atmosphere.
How would you expect temperatures in the solar nebula to vary with increasing distance from the Sun?
The temperature of the solar nebula decreases as one moves away from the Sun.
Where would you expect terrestrial planets to form in the solar nebula?
In the solar nebula, planets form by the coalescence of smaller objects such as comets and asteroids.
What is a Protosun?
A protosun is a celestial body that orbits the sun.
Which of these quantities changed as the solar nebula shrank?
The amount of gas and dust in the solar nebula changed as the nebula shrank.
What was the frost line which ingredients condensed inside and outside the frost line what role did it play in the formation of two distinct types of planets?
The frost line was a line which condensed ingredients inside and outside the frost line. This helped to form two distinct types of planets, ice planets and gas planets.
What made the solar nebula?
The solar nebula was a region of space in which the sun and its planets were located.
What do we mean by the frost line when we discuss formation of planets in the solar nebula?
The frost line is the line that separates the gas and dust of the solar nebula from the hot, young stars that make up the sun.
What kind of material in the solar nebula would condense at temperatures as high as 1500 K?
The solar nebula is made up of gas and dust. In the high temperature range, the gas would condense into small, icy particles.
What 3 major changes occurred in the solar nebula as it shrank in size?
1. The gas and dust in the nebula decreased, and the temperature decreased.2. The gas and dust in the nebula began to condense into stars.3. The gas and dust in the nebula began to form planets and moons.
How does the nebula condense to form the Sun why does it start condensing )?
The Sun is the star at the center of the nebula. The nebula condenses around the Sun because it is a dense object.
What were the first solid materials to condense in the early hot solar nebula?
The first solid materials to condense in the early hot solar nebula were the interstellar gas and dust.
How did the temperature structure of the solar nebula determine planetary composition?
The temperature structure of the solar nebula determined the planetary composition. The warmer, denser gas is made up of heavier elements and the cooler, less dense gas is made up of smaller elements.
What kind of material in the solar nebula would condense at temperatures as high as 1500 K such as existed in the inner region of the nebula?
The solar nebula is a region of space near the sun that is filled with dust and gas. This gas and dust is made up of small particles of gas and dust that have been combined together over time. The temperature in the solar nebula can be as high as 1500 K, which is high enough to condense small particles of gas and dust.
What could condense in the outer solar system?
A. A planetB. A moonC. A asteroidD. A comet
Which of the following did not occur during the collapse of the solar nebula?
A. The sun’s atmosphere collapsedB. The sun’s surface collapsedC. The sun’s core collapsedC. The sun’s core collapsed
Why are the Jovian planets rich in hydrogen?
The Jovian planets are rich in hydrogen because they have the same atmosphere as Earth and are located in the same orbit around the sun. This means that they are constantly in contact with the sun, which means that they are heated up and have a high concentration of hydrogen.
Which of the following types of material can condense into what we call ice at low temperatures quizlet?
Water dropletsSparksSparks in air
What do hydrogen compounds condense into?
Water and air.
What is Jupiter’s main ingredient?
Jupiter’s main ingredient is water.
What is condensation in astronomy?
Condensation is the process of water droplets, ice particles, and other small particles forming into a liquid form. This liquid form is called a droplet and is often seen in the sky as a faint, white, or very small circle.
What are the main constituents of the Jovian planets?
The main constituents of the Jovian planets are water, rocks, and gas.
What is the size of the frost line?
The size of the frost line is the distance between the freezing point of water and the freezing point of air.
Why are the inner planets made of denser materials than the outer planets?
The Outer planets are made of gas and dust. The Inner planets are made of denser materials like rock, dust, and ice. This is because the Inner planets are closer to the sun. The closer the planets are to the sun, the more heat they receive. This heat makes the materials on the Inner planets denser than the materials on the Outer planets.
Which of the following planets formed outside the snow line?
The sun, moon, planets Mercury, Venus, Mars, Jupiter, Saturn, Uranus, Neptune
What is the frost line in the solar system?
The frost line is the line that separates the Earth from the moon.