I think the answer is "physical"
hope this helps ! :D
Answer:
Explanation:
We can assume that:
the 12 foot ramp to the entrance of a building is the base of a right angled triangle and the 3 feet above the ground should be the height above the ground basement. The by using the tangent of a triangle from the knowledge of our trigonometric function; we have:
The degree measure of the angle of elevation is 14.04°
NO, it doesn't fit the requirements.
We can increase the foot ramp to 34 feet instead of being the 12 given value in order to fit the requirements.
wow sandwichhhhhhhhhhhhh
but what is the question actually??????????
Option B is correct. The correct sequence regarding the angles of the triangle is mAngleY < mAngleZ < mAngleX
Given the length of the triangle expressed as;
XY = m + 8
YZ = 2m + 3
ZX = m - 3
According to the triangular theorem, the third side of the triangle is less than the sum of the other two sides, hence:
ZX < XY + YZ
m - 3 < m + 8 + 2m + 3
m - 3 < 3m + 11
m - 3m < 11 + 3
-2m < 14
m > -14/2
m > -7
Assuming that m = 6, since 5 > -7
ZX = m - 3
ZX = 6 - 3
ZX = 3
XY = m + 8
XY = 6 + 8
XY = 14
YZ = 2m + 3
YZ = 2(6) + 3
YZ = 12 + 3
YZ = 15
From the solutions, we can see that ZX < ZX < YZ, hence mAngleY < mAngleZ < mAngleX
Learn more here: brainly.com/question/21638276
