Answer:
This would be quad III
Step-by-step explanation:
Answer:
14/6 or 2 1/3
Step-by-step explanation:
m=y2-y1/x2-x1
14-0=14
6-0=6
14/6 or 2 1/3
hope this helps :3
if it did pls mark brainliest
sorry if it is wrong
Answer:
<em>Could an airplane take off and clear this tall building? YES</em>
Step-by-step explanation:
<u>Trigonometry</u>
The building and the ground form a right (90°) angle. The path of the airplane (assumed a straight line) completes the right triangle.
The takeoff angle of the plane θ=15° has the height of the building (450 feet) as the opposite side and the horizontal distance from the end of the runway (2500 feet) as the adjacent side.
The tangent of θ is defined as the following ratio:



Calculating the inverse tangent function:


This means the angle needed to clear the tall building is about 10° and it's within the maximum airplane's takeoff angle.
Could an airplane take off and clear this tall building? YES
Add the total of tosses: (18 + 12 = 30)
divide experimental heads by total tosses
12/30 = 2/5
as a decimal is 0.4
You have the correct steps and final answer. The area of the room is 196 square feet, so each side is sqrt(196) = 14. The perimeter is 14*4 = 56 feet. You'll need 6 boards (each 10 ft long) to get 60 ft total. You'll have 60-56 = 4 ft of board left over. This is assuming that there isn't any other type of waste or mistakes made in cutting.
Nice work on getting the correct steps and final answer.