Ido not understand can someone ? satellite placement a communications company is planning to launch a new satellite into orbit to improve the operation of its network. the longest distance that the satellite can send a reliable signal is 4,500 miles. the company is trying to determine the optimal height to operate the satellite so that it has maximum coverage of earth within its range. you will use the geogebra geometry tool to model and solve this problem. open geogebra, and complete each step below. if you need , follow these instructions for using geogebra. to achieve maximum coverage of the signal across earth, what type of line should be formed between the point where the satellite is located and the point on earth’s surface where the signal is received?

PLEASE I DO NOT UNDERSTAND CAN SOMEONE HELP ?

Satellite Placement

A communications company is planning to launch a new satellite into orbit to improve the operation of its network. The longest distance that the satellite can send a reliable signal is 4,500 miles. The company is trying to determine the optimal height to operate the satellite so that it has maximum coverage of Earth within its range.

You will use the GeoGebra geometry tool to model and solve this problem. Open GeoGebra, and complete each step below. If you need help, follow these instructions for using GeoGebra.

To achieve maximum coverage of the signal across Earth, what type of line should be formed between the point where the satellite is located and the point on Earth’s surface where the signal is received?

x = 10.1

step-by-step explanation:

all of the angles of a tirangle add up to 180º

180 - 65 = 115 (since we already know the value of one angle)

(2x + 7) + (8x + 7) = 115

(combins like terms) 10x + 14 = 115

(isolate the variable subtract 14 from both sides): 10x = 101

(find the variable divide both sides by 10): x = 101/10

x = 10.1

(d)

step-by-step explanation:

given: the line in the graph passes through points (5,30) and (6,26).

then, the equation of line is:

now, put y=a(n) and x=n,

hence, option d is correct.