Let DE, the height of mount Everest be x.
The center of the earth (point C), the horizont vanishing point (point H) and the top of mount Everest (point E) form a right triangle, where:
the hypothenuse is |EC|=|ED|+|DC|=x+4000 (DC is a radius)
|HC|=4000 mi
|HE|=210 mi
by the Pythagorean theorem:


taking the square roots of both sides we get:

so x=-4000+4005.5087 miles = 5.5087 miles
or x= -4000-4005.5 which is negative so not a solution to our problem
Answer: 5.5087 miles
Answer:
Angle 1 and angle 2 are complementary.
Step-by-step explanation:
Complementary angles are (in this case 2) angles that add up to ninety degrees.
The true statements are:
- Points A, B, and D are on both planes.
- Point H is not on plane R.
- Points C, D, and A are noncollinear.
- The line containing points F and G is on plane R.
<h3>What is the intersection of 2 planes?</h3>
If two planes are said to have intersect each other, the intersection will be regarded as a line.
Hence, looking at the image attached, you will see that Points C, D, and A are noncollinear and the line containing points F and G is on plane R.
Note that when a line and a plane are said to intersect each other , the intersection will be a single point, or say a line. So Points A, B, and D are on both planes.
Therefore, option 1, 2, 4 and 5 are correct.
Learn more about Vertical plane from
brainly.com/question/7150882
#SPJ1
Is there a equation? Or do you just wanna know what the sum of two binomials equal?