Number 11.41. Please help me 462 Noninertial Coordinate Systems Chap. 11 11.41. A mass m is dropped

Number 11.41. Please help me

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462 Noninertial Coordinate Systems Chap. 11 11.41. A mass m is dropped from a small height above the surface of Earth at a north latitude of T air resistance is proportional to the velocity, with the constant of proportionally being k. The time of fell of the mass is fo. Show that when the mass strikes the ground the deviation that resulks o compared to the nonrotating Earth is 8w cos A AD | 3 4m We may assume that the translational acceleration of Earth is negligible and terms of the order oE k? are neglected. 462 Noninertial Coordinate Systems Chap. 11 11.41. A mass m is dropped from a small height above the surface of Earth at a north latitude of T air resistance is proportional to the velocity, with the constant of proportionally being k. The time of fell of the mass is fo. Show that when the mass strikes the ground the deviation that resulks o compared to the nonrotating Earth is 8w cos A AD | 3 4m We may assume that the translational acceleration of Earth is negligible and terms of the order oE k? are neglected.

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The deviation created due to coriolis acceleration which is caused by ... View the full answer