Granulation Is Evidence Of What Phenomenon?

Granulation is evidence of what phenomenon.

What phenomena show evidence of the Sun’s magnetic field in their looped shapes quizlet?

Some phenomena that show evidence of the Sun’s magnetic field in their looped shapes quizlet are sunspots, flares, and magnetic loops.

What is responsible for the mottled appearance of the Sun’s surface known as granulation?

The mottled appearance of the Sun’s surface is caused by the growth of large particles called granules. The granules are made up of small pieces of rock, dust, and other materials. These particles are pushed and pulled by the Sun’s magnetic field.

What are solar granules quizlet?

A solar granule quizlet is a type of quizlet that asks questions about the sun.

What causes granulation quizlet?

There is no definitive answer to this question as it depends on the individual and the granulation process that is taking place. Generally speaking, granulation occurs when particles are created from the fluid in the testtube and these particles are large enough to be seen on microscope microscopy. Granulation can also be seen when the fluid is heated, which is typically the case when a test is being administered.

What is the cause of sunspots flares and prominences?

A sunspot is a large, dark spot on the sun’s surface. When the sunspot is large, it can be easy to see. When it is small, it may be difficult to see. Sunspots are usually associated with flares, which are large eruptions of gas and plasma from the sun’s surface. Prominences are smaller, more diffuse features on the sun’s surface.

What does the granulation tell us about the layers below the photosphere?

The granulation tells us that the photosphere is a thin, clear layer that is supported by the chromosphere and the lower atmosphere. The chromosphere is a hot, ionized gas that is located above the photosphere. The lower atmosphere is made up of gas and dust particles that are heated by the sun.

What is the sunspot theory?

The sunspot theory is a scientific theory that suggests the sun’s activity is related to the size and shape of sunspots. Sunspots are large, dark areas on the sun’s surface. Sunspot activity is highest in the spring and fall, and decreases in frequency during the summer.

What happens in the corona of the Sun?

The corona of the Sun is the part of the Sun’s atmosphere that is closest to the Sun’s surface. The corona is made up of a hot, gas-filled core and a cooler, denser outer layer. The gas in the corona is heated by the Sun’s surface temperature and is composed of molecules of hydrogen and helium.

What are sunspots called?

A sunspot is a large, dark spot on the sun’s surface that is typically associated with solar flares.

What keeps the Sun from exploding or collapsing?

The Earth’s atmosphere blocks the Sun’s extreme heat, preventing it from exploding or collapsing.

What is the explanation for the pattern of granulation?

The pattern of granulation is due to the accumulation of secretions in the skin. Granulation is the process of increasing the size of a small lump by secreting a large amount of secretions.

Which of the following is evidence that convection occurs in layers just below the photosphere?

A) The photosphere is the most elevated feature of the solar atmosphereB) The atmosphere is very thinC) The atmosphere is mostly gasD) The atmosphere is mostly water

Which process below is responsible for the granulation in the photosphere?

The granulation process is responsible for the opacity of the photosphere.

What are the two main types of solar storms?

Solar storms are events that happen during the sun’s 11-year solar cycle. They can be very powerful, and can cause power outages and damage to technology.

What do astronomers use to measure magnetic fields on the Sun?

A) Magnetic fields are measured using a variety of methods including: Earth-based magnetometers, sun-gravitational interaction measurements, and solar wind measurements.B) Magnetic fields are measured using a variety of methods including: Earth-based magnetometers, sun-gravitational interaction measurements, and solar wind measurements.C) Magnetic fields are measured using a variety of methods including: Earth-based magnetometers, sun-gravitational interaction measurements, and sun-wind measurements.D) Magnetic fields are measured using a variety of methods including: Earth-based magnetometers, sun-gravitational interaction measurements, and sun-wind measurements.E) Magnetic fields are measured using a variety of methods including: Earth-based magnetometers, sun-gravitational interaction measurements, and sun-wind measurements.

Which of these is a temporary phenomenon that appears as a dark area on the surface of the Sun?

The sun’s surface has a “dark area” due to the high concentration of hydrogen gas.

What is the evidence in the photosphere of the type of energy transport occurring beneath it?

The photosphere of a comet or asteroid is the surface layer that is exposed to the sun’s light. The photosphere is made up of a hot gas and dust called the coma. The coma and the photosphere interact with each other to create the sun’s radiation.

What makes solar flares and CMEs different?

Solar flares and CMEs are different because they are caused by the Earth’s magnetic field interacting with the Sun’s atmosphere.

What is used to show that sunspots are related to magnetic fields?

A sunspot is a small, dark spot on the sun’s surface. Sunspots are usually associated with strong magnetic fields.

What are solar Superstorms?

Solar Superstorms are very intense storms that form in the sun’s atmosphere. These storms are very dangerous because they can cause intense solar flares and powerful winds that can damage satellites, power lines, and other structures.

What causes Solarstorms?

Solarstorms are a type of storm that can develop in the Earth’s atmosphere. They are caused by the release of energy from the sun.

Why are sunspots known to be magnetic phenomena?

Sunspots are known to be magnetic phenomena because they have a strong magnetic field around them. This field is created by the sun’s magnetic field and it can cause currents of electricity to flow through the area around the sun.

What is granulation?

Granulation is the process of increasing the size of a particle by breaking the cell’s surface tension and cohesion.

What causes granulation in astronomy?

Granulation is a process by which the smaller cells in a blood or plasma sample become larger and more numerous. Granulation is a key step in the production of blood cells.

Why does the pattern of granulation of the Sun’s surface have darker edges?

The granulation of the Sun’s surface has darker edges because the hotter particles are closer to the surface and the cooler particles are further away.

What causes the granular structure on the Sun’s photosphere?

There is no one answer to this question as it is a complex question with many potential explanations. Some potential causes of the granular structure on the Sun’s photosphere could include: 1) the presence of a large and/or dusty disk of gas and dust around the Sun; 2) the action of wind on the Sun’s atmosphere; 3) the action of solar wind on the Sun’s surface; and 4) the interaction between the Sun’s atmosphere and the interstellar medium.

What occurs in the convection zone?

The convection zone is the area in the Earth’s atmosphere where air and water mix. This is where the Earth’s heat is being used to create the atmosphere.

Is granulation is caused by rising currents of hot gas below the photosphere?

There is no definitive answer to this question as it depends on a variety of factors, including the temperature of the photosphere and the type of gas being investigated. However, some theories suggest that granulation may be caused by rising currents of hot gas that are present near the photosphere.

What do sunspots reveal about the sun?

Sunspots are areas on the sun’s surface that have a decrease in the amount of solar radiation that reaches them. This can be due to a problem with the sun’s atmosphere, or a problem with the sun’s surface itself.

What is the explanation for granulation seen on the visible surface of the Sun?

The granulation seen on the visible surface of the Sun is caused by the Sun’s magnetic field.