Question

The approximate height, (h), in meters, traveled by golf balls hit with two different clubs over a horizontal distance of (d) meters is given by the following functions:

a) (h = f(d))
b) (h = g(d))
c) (h = f(g(d)))
d) (h = g(f(d)))

Answer 1

The approximate height traveled by golf balls hit with two different clubs depends on the distance and the functions f and g. The maximum height of a projectile is given by the equation h = 2g, which depends on the vertical component of the initial velocity.

Step-by-step explanation:

Physics:

The question asks about the approximate height traveled by golf balls hit with two different clubs over a horizontal distance. The height of a projectile depends on the vertical component of the initial velocity. The equation for the maximum height (h) of a projectile is h = 2g, where g is the acceleration due to gravity.

a) If h = f(d), it means the height depends on the distance directly.

b) If h = g(d), it means the height depends on the distance directly as well, but using a different function.

c) If h = f(g(d)), it means the height depends on the distance indirectly through f and g functions.

d) If h = g(f(d)), it means the height depends on the distance indirectly through g and f functions.