Let h=v0^2/4.9 sin theta cos theta . Model the horizontal distance in meters traveled by a projectile. If the initial velocity is 36 meters/second, which equation would you use to find the angle needed to travel 100 meters? a. 264.49sin(20)=100 b. 132.12sin(20)=100 c. 100sin(20)=100 d. 7.36sin(20)=100

B.

Step-by-step explanation:

Given the horizontal distance in meters traveled by a projectile modeled by the function . If the initial velocity is 36 meters/second, the equation we would you use to find the angle needed to travel 100 meters is shown below;

from trigonometry identity,

The equation will become;

Given h = 100 meters and v = 36 m/s

c.

step-by-step explanation:

rx and sx

step-by-step explanation: