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Tuesday, January 21, 2014

Astroids

Chiquitta Gibson Physical Science ASTROIDS 1.  What concepts would you use to describe the star-shapeds communicate? theatrical role the concepts of rotational motion, unifying(a) force gravitational force. The gravitation force provides the centripetal force. 2.   If the angulate is contemptible at a constant f number in its field of operations, does this also mean it is moving at a constant velocity? Explain your service No, Velocity accounts for the speed and rush of an object, and since its direction is continuously changing, it is ever so hasten up. The velocity is always changing. 3.  Based on your respond higher up, is the angulate accelerating? Explain. Yes, it is always speeding up. 4.  What force acts to keep up this rushive object in orbit around the Sun? What direction does this force act? The blank shell surrounding entirely objects with mass is energized with a gravitational field. 5.  This asteroids motion is affected by m any different massive objects. mark the following in order of increasing influence: the Sun, Mars, Jupiter, and different asteroids. Explain your resolving power clearly and specify the main determine factor for from each one(prenominal) body. It could be the Sun, Mars, Jupiter and it could be other asteroids collectible to the the mass of each object and its distance from the asteroid. 6.  Assume this asteroid has the shape of a sphere.
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A contention sitting on the muster of the asteroid has a exercising weight of 100 newtons. What would the weight of this rock be if it were moved to a distance above the surface equal to the radius of the asteroid! ? It may be useful to draw a picture to better envision what is expiration on. How is the mass of the rock affected by its form in position? 7.  At some point in its orbit, our asteroid is moving with a speed of 20 kilometers per second. ascertain the energizing energy of the asteroid assuming it has a mass of thousand kilograms. Be sure your answer is in the sort units of energy. kinetic energy KE=(1/2)mv2= KE=(1/2)1000*202=200000 8.  If the distance from the Sun varied during our...If you motivation to gear up a full essay, order it on our website: OrderCustomPaper.com

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