Answer:
1379.31meters is the line-of-sight distance from the television camera to the base of the stadium .
Step-by-step explanation:
As given
A blimp provides aerial television views of a tennis game.
The television camera sights the stadium at a 17degrees angle of depression. The altitude of the blimp is 400m.
Now by using the trignometric identity .

As the figure is given below .
Perpendicular = AC = 400 m
Hypotenuse = AB

Putting all the values in the identity .



AB = 1379.31 meters
Therefore the 1379.31 meters is the line-of-sight distance from the television camera to the base of the stadium .
16x-15-9x=13
7x-15=13
+15 +15
x=4
Yes, I think so because if it’s basically 8:30 and she is 3/4 miles away from her house, she is almost at school
Answer:
As shown in your game, you have an inequality:
2.5 x h + 10.9 > 33.4
=> 2.5 x h > 33.4 - 10.9
=> 2.5 x h > 22.5
=> h > 22.5/2.5
=> h > 9
Hope this helps!
:)
The figure below that can be used to prove that Stephen is wrong is Isosceles Trapezoid. Option C is correct. This is further explained below.
<h3>What is
Isosceles Trapezoid?</h3>
Generally, Isosceles Trapezoid is simply defined as a trapezoid with base angles that are the same and non-parallel sides that are the same is called an isosceles trapezoid. If a quadrilateral has just one parallel side, we call it a trapezoid.
In conclusion, If you want to show Stephen he's incorrect, you may use the Isosceles Trapezoid in the diagram below as evidence.
Read more about Isosceles Trapezoid
brainly.com/question/2516570
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