Sunspot Research Paper

The solar system started out as a cloud of gas and dust. Now, it is full of planets, moons, asteroids and comets. They began forming more than 4 billion years ago.

Solar Storms, by Linda Hogan, is about a 17-year-old Native American girl named Angel who returns to her reservation after growing up in foster care. When she gets to Adam’s Rib, she wants to know about her past and searches for her grandmother. When she gets into town she realizes that the Native culture is more vibrant than she had imagined and realizes that she is home. Her grandmother tells her about what has happened to her and about her schizophrenic mother. Then she discovers that there is a plan to build a dam that will destroy burial sites. She joins with her community to fight the project, while reconnecting and coming to terms with her mentally ill mother and her identity as a Native American. The environmental justice movement can take many things away from this novel including the complexities of these movements and how to get people from all different walks of life involved.

The overall movement and rotation of the sun effect the magnetic fields in the sun. This movement churns up plasma in the convection zone*, which in turn stirs up electrical currents, and finally creates a magnetic field. Within these magnetic fields exists field lines, the main component of the solar flares. Loops in the magnetic field lines rise with energy from the surface. On one end of the loop exists a positive while the other end is negative. Plasma underneath stirs the poles and pumps numerous amounts of energy into them. However, if the poles are twisted enough the loops cross which creates a short circuit resulting in a tremendous outward explosion. The result is a solar flare. Within these solar flares, nets of plasma are flung into space and can be described as coronal mass ejections (solar storms). These CMEs flung into the solar system are what can wreak havoc on the

Sunspots are dark, irregularly shaped regions at the surface of the sun, typically lasting over a couple of weeks or months. Sunspots are generally cooler than the photosphere that surrounds it, hence why they appear darker. This cooler characteristic is caused by intense magnetic field activity, associated with sunspots, which prevents the convection of heat to the surface.

The best time to see the next aurora borealis will be around 2025 and 2024. The evidence that led to my claim was trying figuring out the pattern and calculating the max for every year. The number of sunspots on the “surface” of the Sun changes from year to year. This rise and fall in sunspots counts in a cycle. The graph shows every 11 or 10 years average we get a max of sunspots, that's called a “solar maximum.” The more sunspots we have the more solar weather we have, that's more particles being released into space, that means there will be more aurora activity.

A sunspot is a result of a solar flare. Sunspots occur when there is a magnetic disturbance on the surface of the sun, which causes a cooler temperature of the gases then the ones around it. A solar flare is an explosion of plasma on the surface of the sun. Both sunspots and solar flares cause electrical surges

What are the sun signs? The sun signs, also known as zodiac signs, or birth signs, or just signs, are twelve constellations that surround the solar system while the planets transit into them, at regular intervals. These twelve signs define what a person’s personality is, and/or how they react when something bad happens, etc. The different planets pass through constellations, astronomers keep up with them because they in a constellation at set times, for example: The moon goes into a constellation every two days, one day the moon is in Libra, two days later it’s in Scorpio. The sun doesn’t do that. The sun transitions to a different constellation once a month, starting with Aries on March twenty-first on the first day of Spring, and stays until

When you picture a sunset you may only see the beauty behind it. Often times you may not look at a sunset and wonder why the sun sets the way it does. The answer is physics. Physics is in every sunset and makes the sunset the way it is. The first change you see when viewing this stunning phenomenon-taking place is the coloration of the sun. According to the physics of sunsets, “On an airless world like the Moon, the Sun at sunset would look no different than at any other time” (Ethan, 2013). In reality, we are not in an airless world and our atmosphere is what makes the sunsets so spectacular and looking nothing like the sun at all when it sets. In order to reach our eyes, the sun needs an immense amount of light to pass through our atmosphere.

Solar flares release 10 million times more energy than a volcano and during times, there are over 20 solar flares a day. They are about as hot as the Sun’s core. A Solar flare/Solar storm is a brief outburst of intense high-energy radiation from the sun’s surface associated with sunspots and causing electromagnetic disturbances on the Earth, as with radio frequency communications and power line transmissions. Solar flares are caused by the sudden release of magnetic energy. The largest ones can release as much as a billion one - megaton nuclear bombs. Solar flares/Solar storms occur anywhere on the sun, the most violent events on the surface of the sun. We are well protected from the effects of the solar flares.

The first is the precursor stage where magnetic energy is released. In the second stage, known as the impulsive stage, protons and electrons energies are accelerated. During this stage radio waves, hard x-rays, and gamma rays are emitted. In the third stage, called the decay stage, is the buildup of soft x-rays and then the decay of the soft x-rays. The duration of the precursor, impulsive, and decay stages can take anywhere from a few seconds up to one hour. Solar flares form in a layer of the sun called the corona, the outermost layer, where the gases can reach a few million degrees Kelvin(“Solar Flares”). Solar flares normally erupt from sunspots. Typically, these sunspots are temporarily cooler, darker, and the local magnetic field is relatively

Solar flares can affect us is many ways. Solar flares are when certain energy, electrons,protons, and nuclei release into the solar atmosphere. There are many subjects to solar flares like the stages, features, and how they truly affect us. Sun spots and radiation can in fact, also take place in the unique solar flare process.

Global changes due to the glacial cycle occur, on average, around one hundred times slower than the warming observed over the last century. A very fast rate of change has a very different affect on the climate system, and the ability of natural systems to adapt to change.

The GRCL Colony is located on the planet mars. In the GRCL Colony, there are different gases, layers of the atmosphere, radiation, and different weather conditions to learn about before sending people to live there since it is in Mars. There are different seasons on Mars and the atmosphere is also made up of different things. It is important for people to know the differences of the atmosphere on Mars before we send people to live there. The temperatures, seasons, and precipitation is different than what it is on Earth. The weather conditions are severe and different than on Earth, so there will need to be different protection plans to keep people and the colony safe.

The Sunspot Solar Panels company should implement the six sigma methodology. The term six sigma simply means a measure of quality that strives fro perfection. It is discipline approach and methodology to improves the identification of the problem and reduction the variation in production and business processes. Using six sigma approach company would be able to identify problem, measure, analyze , improve and control. The key ide of using six sigma for sunspot polar panels is to raise the extremely high level of reliability of selected products , bringing them to a level of six sigma in the distribution of waste. Implementing the six sigma methodology improve quality, geared towards customer and their satisfaction, aimed at lowering the cost

The sun is an incredibly dynamic ball of mass and energy at the center of our solar system. The source of the sun 's energy is nuclear fusion; where mass is converted into energy when protons (positively charged hydrogen atoms) smash together at incredible speeds at the center of the sun to form helium. Nuclear forces aren 't the only thing acting on the sun, electromagnetic forces also play a vital role in the sun 's dynamic behavior. Due to the unimaginably high kinetic energy of particles within the sun 's core, electrons are stripped of their atoms, leading to high amounts of charged particles. These charged particles are known as plasma, and they behave distinctly from other generic types