Answer:
327.41m
Explanation:
The question can be solved using projectile motion equations for Range
R =( U^2 Sin2 thetha)/ g
Where U = velocity 60.9m/s
g = acceleration due to gravity 9.81m/s^2
R =( 60.9^2 × Sin2×30) / (9.81)
R =( 3708.81 × 0.8660) / (9.81)
R = 3211.92/9.81
R = 327.41m
