Recall The Universal GTavitational Constant: G 6,67x10 ... - Numerade

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Recall the universal gravitational constant: G = 6.67x10^-11 N. Recall Newton's Law of Universal Gravitation: Fc = G * (m1 * m2) / r^2. WARM UP: A large asteroid with mass m1 = 9UD AXM and a small asteroid with mass m2 = LOJK kg are floating in space. The centers of the asteroids are 20 meters apart. What is the force that the big asteroid exerts on the little asteroid? What is the force that the little asteroid exerts on the big asteroid? A scientist watching from a distant planet sees the asteroids accelerate towards each other. What is the acceleration of the large asteroid? (Hint: Use Newton's Second Law) What is the acceleration of the small asteroid? What is the acceleration of the small asteroid relative to the large asteroid? Recall the universal gravitational constant: G = 6.67x10^-11 N. Recall Newton's Law of Universal Gravitation: Fc = G * (m1 * m2) / r^2. WARM UP: A large asteroid with mass m1 = 9UD AXM and a small asteroid with mass m2 = LOJK kg are floating in space. The centers of the asteroids are 20 meters apart. What is the force that the big asteroid exerts on the little asteroid? What is the force that the little asteroid exerts on the big asteroid? A scientist watching from a distant planet sees the asteroids accelerate towards each other. What is the acceleration of the large asteroid? (Hint: Use Newton's Second Law) What is the acceleration of the small asteroid? What is the acceleration of the small asteroid relative to the large asteroid? Show more… recall the universal gtavitational constant g 667x10 11 n 667x10 recall netwon law of universal gravitation fc warm up large 9ud axm eg aslcroid and small lojk kg asteroid are iloating space 13526

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We are given the mass of the large asteroid (M) as 9x10^4 kg and the mass of the small asteroid (m) as 10^3 kg. The distance between their centers (r) is 20 meters. Show more…

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Two asteroids with masses 5.34*10^3 kg and 2.06*10^4 kg are separated by a distance of 5,000 m. What is the gravitational force between the asteroids? Newton's law of gravitation is F gravity = Gm1 m2 / r^2. The gravitational constant G is 6.67*10^-11 N*m^2/kg^2.

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Two large asteroids start with an initial separation of r0, at which time they each exert a gravitational force on the other of strength F0. After they have moved closer to each other, their separation has decreased to 0.32r0. At that moment, what is the strength of the new gravitational force that each asteroid feels from the other, as a multiple of F0?

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