4. The distance between a planet and the sun is 3.2 x10^8 km. The distance of...

 
 

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4. The distance between a planet and the sun is 3.2 x10^8 km. The distance of that sun with respect to the earth is 1.5 x10^10 km. Calculate the period of the planet. 5. A = 4i +2j + -k B = -i + -4j+-2k If vector A has a magnitude of 4.82 m and vector B has a magnitude of 5.4, calculate the angle between both vectors. A 3 kg object moves with a kinetic energy of 5.3 x10^3 J. Calculate the speed of its movement. 4. The distance between a planet and the sun is 3.2 x10^8 km. The distance of that sun with respect to the earth is 1.5 x10^10 km. Calculate the period of the planet. 5. A = 4i +2j + -k B = -i + -4j+-2k If vector A has a magnitude of 4.82 m and vector B has a magnitude of 5.4, calculate the angle between both vectors. A 3 kg object moves with a kinetic energy of 5.3 x10^3 J. Calculate the speed of its movement.

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Given Planets distance from the sun 32 x 108 km convert to meters 32 x 1011 m Gravitational constant ... View the full answer