9.Four identical 2500 kg objects are at the corners of a square with 12 m sides.A. What is the distance between A and B? 12mB. Calculate the force of gravity between A and B.2.890 x 10-leC. Calculate the force of gravity between B and D.E. A 25 kg object is then placed at the center of the square (point P).Remembering that force is a vector, calculate the net force on the object at point P.B12 m2500 kg-O

Four identical particle are at corner A B C D of square whose mass are 2500 kgm = 2500 kga = 12mThe force of gravity betweeen two objects depends upon product of masses and inversily propotional to the square of distance between them. --------------------(1)G = gravitational constant = are the masses = m = 2500 kgr = distance between the two masses The distance between A and B is 12m as it is square and all sides are equal.using (1) equationForce between A and B is same as the force between B and D as the distance between them is same and have same mass.Putting values,A) The distance between A and B is 12mB) Force between A and B is C) Force between B and D is

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9. Four identical 2500 kg objects are at the corners of a square with 12 m sides. A. What is the distance between A and B? 12m B. Calculate the force of gravity between A and B. 2.895 x 10- -le C. Calculate the force of gravity between B and D. B 12 m P 2500 kg

9. Four identical 2500 kg objects are at the corners of a square with 12 m sides. A. What is the distance between A and B? 12m B. Calculate the force of gravity between A and B. 2.895 x 10- -le C. Calculate the force of gravity between B and D. B 12 m P 2500 kg

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Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

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Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

9.
Four identical 2500 kg objects are at the corners of a square with 12 m sides.
A. What is the distance between A and B? 12m
B. Calculate the force of gravity between A and B.
2.890 x 10
-le
C. Calculate the force of gravity between B and D.
E. A 25 kg object is then placed at the center of the square (point P).
Remembering that force is a vector, calculate the net force on the object at point P.
B
12 m
2500 kg
-O

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