Answer:
7 1/17
Step-by-step explanation:
A figure can be helpful.
The inscribed semicircle has its center at the midpoint of th base. It is tangent to the side of the isosceles triangle, so a radius makes a 90° angle there.
The long side of the isosceles triangle can be found from the Pythagorean theorem to be ...
BC² = BD² +CD²
BC² = 8² +15² = 289
BC = √289 = 17
The radius mentioned (DE) creates right triangles that are similar to ∆BCD. In particular, we have ...
(long side)/(hypotenuse) = DE/BD = CD/BC
DE = BD·CD/BC = 8·15/17
DE = 7 1/17 ≈ 7.059
The only one that gives 1024 is A.
Answer:
Step-by-step explanation:
A and B form a right angle
meaning that A+B=90
if A=58
B=90-58 = 32
answers
B is acute angle, true
second statement is False
Last statement is true
The inverse function theorem says

We have

defined on
, for which we get

and

The derivative of
is

So we end up with

Answer:
36
Step-by-step explanation:
since a pentagon has 3 triangles in it and one of them are shown you must divide the intrior angle by 3.
540/5=108
108/3=36
x=36