You send a 14 pound-force [ib] bowling ball on a journey starting on earth, then traveling from earth to earth's moon (where gravity is 1.63 meters per second squared [m/s? ]), and finally traveling from earth's moon to mars (where gravity is 3.72 meters per second squared [m/s? ]). which of the following describes what happens to the weight of your ball during its journey? a. the weight of the ball will not change based on location. b. the weight of the ball will first increase and then decrease. c. the weight of the ball will first decrease and then increase. d. the weight of the ball will first increase and then increase again. e. the weight of the ball will first decrease and then decrease again. 3.