Coronal mass ejection

This experiment was done to see what variables (weight, wind, friction etc.) affected the apogee of the rocket. The class did this by recording everyone's rocket weight and compared them to the apogee's after they had been launched. Due to different variables, the apogee might be affected in a variety of ways, one being the weather. After the class found all of the data, it was compared and analyzed for any patterns. The rocket had different forces acting upon it during the flight stages. The…

The atmosphere presses down on the earth an average of about 14.7 pounds of weight on every square inch it touches. Most people’s shoulders have an area of 12 square inches. So overall, the weight pressing on your shoulders is equaled out to be 176 pounds! This is called atmosphere pressure. Now it certainly doesn’t feel like there is 176 pounds pressing on me all day long, but there is an equal pressure pushing on me from all sides, including from within. In this experiment, we will…

affected by size and proximity (gravity will have a stronger pull if the object are larger and close together). Gravity also differs from the mass of an object the more mass an object has the more gravity it will exert on the objects around it. When looking at really large masses, like the earth the gravitational pull becomes much greater because of its large mass. The earth's gravitational force pulls everything towards it with the same amount of force (9.807 m/s) which in theory means that…

The more mass an object has, the more force it will need to move. The lighter an object is, the less force you will need to move. The puck has very little inertia so that it could be easily moved, have less air resistance, and have less friction against the surface of the air hockey table. The more mass an object has, the more weight being pulled down by gravity resulting in more friction. Also, an object…

detail. The dead spot, although not a sweet spot, is where, upon collision with a tennis ball, the effective mass of the racquet is equal to the mass of the tennis ball (Cross, Lindsey & Brody, n.d.). This comes from Newton’s second law, F = ma, which can be rearranged to m = F/a. When this happens, the ball loses all its momentum. Think of a collision between two balls of the same mass, one at rest. The ball at rest gains all the energy from the incident ball, leaving the incident…

Pope Marcellus Mass: Kyrie, by Palestrina or Missa Papae Marcelli is believed to be written in 1562, this composition is a Renaissance Style Polyphonic mass. It is very much so a Renaissance piece, it was made in 1562 towards the latter end of the Renaissance period, but still very much before the end which around 1600, the piece had four or more melodic fragments performed simultaneously, which is known as Polyphony, a staple of the Renaissance period. Throughout the piece there are no…

Introduction: tittle: The bouncing ball efficiency when bouncing a ball at different heights Energy cannot be destroyed or created it can only be transferred in to different types of energy like kinetic, heat, light, electrical, chemical, elastic potential, gravitational potential, thermal, nuclear and sound energy. When calculating energy, you would work in measurement like joules, kilojoules and millijoules. There are many types of energy like kinetic energy which is when a object is moving…

Mounting skateboard (beginners) Everyone has to start somewhere. If you want to learn to ride a skateboard but do not know how to ollie, you're in the right place. Here you learn how to get the right equipment to learn to ride skate, to stand on the skateboard, to ride comfortably without falling and some useful tips for skateboarding not take off your feet and, of course, how to ride a skateboard . Read Step 1 for more information. 1.Get the team -1 Get a skateboard that suits your interests.…

Josquin des Drez(ca.1440-1521), a legendary fame, remains a historical figure for his unusual musical talent. The administrative records that depicts him as a legend of music are few or let’s say rare to found with certainty. But, some of the remains gives us the outline of his contributions in the field of music during renaissance. During his period, the quality of his music was hardly appreciated than the music of his contemporaries as a result of which we can now only find the works of…

Proportionality and Newton’s Second Law of Motion Abstract How does increasing the mass of an object affect its acceleration? Is acceleration dependent of the mass of an object? How do they relate? Defining and testing Newton’s second law of motion familiarizes us with this relationship. In this experiment, we use the mass of an object as an independent variable to come to a conclusion about force and acceleration. By increasing the mass of an object at an incline, one can observe the change in…