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According to Newton's universal law of gravitation, the force F between two bodies with masses Mi and M2 is computed as F-k where d is
According to Newton's universal law of gravitation, the force F between two bodies with masses Mi and M2 is computed as F-k where d is th number called the gravitational constant. The gravitational constant k is approximately equal to 6.67 x 10 dyn cm/g. Mi M2 dwhere d is the distance between the two bodies and k is a positive real Write a program in Python using Wing 101 that reads from the keyboard the mass for the two bodies in grams g, the distance between the two bodies in centimeters cm, and then computes the force F Here is an interesting fact: the force between the Earth and the moon is 1.994 x 10 dn the mass of the earth is 5.983 x 10 9, the mass of the moon is 7.347 K 10 g, and the distance between the two is 3.844 10 om. This may help you determine if your program is working correctly
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