1
answer
0
watching
122
views
13 Nov 2019
Your help will be really appreciated and rated .
2. Use the Fundamental Theorem for Line Integrals to find the work dong by the gravitational force fieldy. z) if a particle with mass m moves from P(0.0.6) to 0(3,6, 6).(5 pts) 3. Suppose an object with mass M is located at the origin and an object with mass m is moved from point A(x,to point B(x, , z), where A is a distance n, from M and B is a distance r, from M. Show that the work done by the gravitational force field F--(x2 +mNG2), 2(x, y, z) in moving the object is w= mMG(1.-11. (S pts) + y* +z (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). Due Date: Thursday, November 15th
Your help will be really appreciated and rated .
2. Use the Fundamental Theorem for Line Integrals to find the work dong by the gravitational force fieldy. z) if a particle with mass m moves from P(0.0.6) to 0(3,6, 6).(5 pts) 3. Suppose an object with mass M is located at the origin and an object with mass m is moved from point A(x,to point B(x, , z), where A is a distance n, from M and B is a distance r, from M. Show that the work done by the gravitational force field F--(x2 +mNG2), 2(x, y, z) in moving the object is w= mMG(1.-11. (S pts) + y* +z (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). Due Date: Thursday, November 15th
Elin HesselLv2
26 Jul 2019