The answer is 22! Hope this helps
Well it’s a scavenger hunt which means YOU have to do it yourself. It can’t be that hard. Just read the directions and do what it says. If you need extra assistance on explaining the scavenger hunt ask your teacher.
Answer:
The angle the aero plane makes with the horizontal is approximately 20.925°
Step-by-step explanation:
The given parameters are;
The distance the aero plane flies = 5.6 km
The elevation to which the aero plane flies = 2 km
The angle the path of the aero plane as it takes off makes with the horizontal, θ, is the angle opposite the altitude of the right triangle formed by the aero plane's path (the hypotenuse), the horizontal, and the line drawn from the final position of the aero plane, representing the altitude (the opposite leg to angle θ)
By the trigonometric ratio for the sin of the angle, θ, we have;
Therefore, the angle θ the aero plane makes with the horizontal is given as follows;
The angle the aero plane makes with the horizontal ≈ 20.925°.
Given:
Right triangle.
Base = 10
Hypotenuse = 26
To find:
The missing side length
Solution:
Let the missing side length be x.
Using Pythagoras theorem:
In right triangle, square of the hypotenuse is equal to the sum of the squares of the other two sides.
Subtract 100 from both sides.
Taking square root on both sides.
The missing side length of the right triangle is 24.
Ok this is a linear equation that is descending and is in slope intercept form