Agolfer hits a ball at an angle of 12 degrees above horizontal. the velocity of the ball is 37 m/s. what is the horizontal distance the ball travels in 2 seconds? a. 9.6 m b. 36 m c. 72 m d. 74 m

72 m is the horizontal distance the travels.

Option: C

Explanation:

The units to express the horizontal and vertical distances are meters (m). The "horizontal" and "vertical" velocities are expressed in "meters per second" (m/s).

Horizontal distance = (initial horizontal velocity)(time)

We can now get the range x from the horizontal component of velocity

     equation (1)

x = horizontal distance (m)

t = time (s)

We know that, V = 37 m/s, θ = 12 degree and t = 2 seconds.

To find,

x = 72.076 m ~ 72 m

x = 72 m

The horizontal distance is 72 m.

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