A businessman is standing in line with a flagpole. He can see the top of the flagpole in a dented mirror on the ground. The man is 6.25 ft. tall and he sees the mirror at an angle of depression of 280. If the angle of elevation from the mirror to the top of the flagpole is 340 and the distance from the mirror to the top of the flagpole is 97 ft., how far is the businessman from the base of the flagpole? Round to the nearest hundredth.

The question is kind of confusing. if it's asking how many variations of answers can you give. then do 4^5 for your answer.this would be something like the first question could be a and the 2nd c or first b next c etc. if you can, ask the teacher for a better confirmation of what it's asking. if i'm assuming correctly what it's asking, it's 625 different variations.

You need to show me the graphs so that i can choose one

First locate the turning point (vertex) of the graph. which is at the coordinates x=5 and y=9 or (5; 9).to determine whether it's a maximum or mininum value, you have to discern whether the vertex's y-value is the highest value or lowest value the graph can reach. since the vertex's y-value, 9 is the highest value the graph can reach, it will be a maximum.another basic way to determine whether the vertex's value is max or min is to see if the graph is smiling or sad. if it's smiling, the turning point/vertex would be a minimum, while a sad parabola would have a maximum y-value at the vertex.