result, the -1 from a T Tauri star, estimate the mass density of the wind at a distance of 100 AU from the star. (Hint: Refer to Example 11.2.1.) Compare your answer with the density of the giant molecular cloud agpalain Example 12.2.1. 12.19 Assuming a mass loss rate of 10-7 Mo yr¹ and a stellar wind velocity of 80 km s -niem-1299 ear

result, the -1 from a T Tauri star, estimate the mass density of the wind at a distance of 100 AU from the star. (Hint: Refer to Example 11.2.1.) Compare your answer with the density of the giant molecular cloud agpalain Example 12.2.1. 12.19 Assuming a mass loss rate of 10-7 Mo yr¹ and a stellar wind velocity of 80 km s -niem-1299 ear