The distance (in miles) a pilot can see to the horizon can be approximated by E(n) = 1.22, where n is the plane's altitude (in feet above sea level) on Earth. The function M(n) = 0.75E(n) approximates the distance a pilot can see to the horizon n feet above the surface of Mars Write a rule for M. M(n) = What is the distance a pilot can see to the horizon from an altitude of 10,000 feet above Mars? Round your answer to the nearest tenth. The distance is about miles

answer: it's upside down and i can't read it

step-by-step explanation:

answer: get a conversion sheet out i dont know the exact measurments

step-by-step explanation: divide the number of feet with the nu,ber of milrs and there your answer

step-by-step explanation:

assume that you have 3 different side lengths.   apply the pythagorean theorem here:   square each of the two shortest sides; call them a and b, so that their squares are a² and b².   also square the longest side, calling the result c².

now, if a² + b² = c² is true, the triangle is a right triangle; otherwise it is not a right triangle.