Solve the problem.
-At an altitude of $h$ feet above the surface of the earth, the approximate distance in miles that a person can see is given by $\mathrm { d } = 1.2247 \sqrt { \mathrm { h } }$. How far can a person see if if he or she is 1260 feet above the earth's surface? Round your answer to the nearest tenth of a mile.
A) $45.9 \mathrm { mi }$
B) $49.2 \mathrm { mi }$
C) $43.5 \mathrm { mi }$
D) $44.6 \mathrm { mi }$

Question

Quizplus · Accepted Answer

The Answer of Solve the problem.
-At an altitude of $h$ feet above the surface of the earth, the approximate distance in miles that a person can see is given by $\mathrm { d } = 1.2247 \sqrt { \mathrm { h } }$. How far can a person see if if he or she is 1260 feet above the earth's surface? Round your answer to the nearest tenth of a mile.
A) $45.9 \mathrm { mi }$
B) $49.2 \mathrm { mi }$
C) $43.5 \mathrm { mi }$
D) $44.6 \mathrm { mi }$

Solve the Problem hhh Feet Above the Surface of the Earth, the Approximate Distance

Solve the Problem $h$ Feet Above the Surface of the Earth, the Approximate Distance