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13 Nov 2019
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Use the Fundamental Theorem for Line Integrals to find the work done force field F to 9(3,6,6).(5 pts) 2. mMG by the gravitational if a particle with mass m moves from P(0. 0,6) Suppose an object with mass M is located at the origin and an object with mass m is moved from point A (x, , y, , z.) to point B(x, y, , z.), where A is a distance η from M and B is a distance r, from M. Show that the work done by the gravitational force field F= 3. x, y, 2) in moving the object is W = mMG (5 pts) x +y (This means that work done by the gravitational force field is dependent only on the distances from the origin of the beginning and ending locations of the mass).
Your help will be really appreciated and rated
Use the Fundamental Theorem for Line Integrals to find the work done force field F to 9(3,6,6).(5 pts) 2. mMG by the gravitational if a particle with mass m moves from P(0. 0,6) Suppose an object with mass M is located at the origin and an object with mass m is moved from point A (x, , y, , z.) to point B(x, y, , z.), where A is a distance η from M and B is a distance r, from M. Show that the work done by the gravitational force field F= 3. x, y, 2) in moving the object is W = mMG (5 pts) x +y (This means that work done by the gravitational force field is dependent only on the distances from the origin of the beginning and ending locations of the mass).
Deanna HettingerLv2
1 Jun 2019