SOLUTION: Please help me with this problem below: A solar receptor is placed at ground level between two buildings whose heights are 115 meters and 70 meters. The buildings are 100 meters

Question 982570: Please help me with this problem below:
A solar receptor is placed at ground level between two buildings whose heights are 115 meters and 70 meters. The buildings are 100 meters apart. The angle θ is the angle swept out by the sun at the receptor between the time it appears over the top of the taller building and the time it disappears behind the smaller building. For the greatest efficiency, the receptor should be located where it receives the most sunlight, in other words, where θ is a maximum. Write a function that expresses the angle θ in terms of the distance x between the receptor and the taller building. Then determine the most effective location for the receptor.
Answer by oscargut(2103) (Show Source): You can put this solution on YOUR website!
Hi, i can do it but since is not a short problem i can send it to your email
You can contact me here: mthman@gmail.com
Thanks
RELATED QUESTIONS
Hello im having trouble coming up with the second equation and solving this please help:] (answered by solver91311)

Please help me solve this word problem: Two of the tallest buildings in the world are... (answered by CubeyThePenguin)

please help me with this problem find two numbers whose sum is -24 and whose product... (answered by edjones)

This is a Physics problem. Please help. Two 3.0 kg lead balls are placed with their... (answered by Alan3354,MathLover1)

The petronas Tower 2 in Kuala Lumpur ,Malaysia, is one of the tallest buildings in the... (answered by Theo)

please help me sovle this equation: at+b=ar-c for... (answered by jim_thompson5910)

please help me....... two school buildings are 7 inches apart on a city map. if the map... (answered by bucky)

I just had a simple question. This is really going to sound pathetic and its really like (answered by stanbon)

HI please help me with this.The answer is stated at the bottom for your... (answered by stanbon)