95. g (N/kg) r (m) A scientist measures the magnitude of the gravitational field 9 of an asteroid at different locations near its surface. The data are represented in the graph of 9 as a function of the distance T from the asteroid's center, as shown. Which of the following is a modification the scientist could make to the graph in order to determine the mass M of the asteroid and explains how the mass can be determined? A Graph 9 as a function of 1/T , and the mass of the asteroid is equal to the slope. B Graph 9 as a function of 1/T , and the mass of the asteroid is equal to the slope divided by G . c Graph 9 as a function of 1/72 , and the mass of the asteroid is equal to the slope. D Graph 9 as a function of 1/T , and the mass of the asteroid is equal to the slope divided by G. E Graph 9 as a function of 2 , and the mass of the asteroid is equal to the slope