Answer:
64 degrees
Step-by-step explanation:
Since the triangles are similar they have the same angle measures

∠P = ∠S ∠R =∠U ∠Q=∠T
We know 2 of the angle measures: ∠S and ∠R, and since they are similar we know ∠P and ∠U
In triangles the sum of all angle measures is always 180 degrees, so we can solve for ∠Q with this formula



subtract 116 from both sides

Therefore ∠Q is equal to 64 degrees
The answer to your question is 7.59 so shes right
6 √5
7 π
Both continue on forever and will never have an exact answer - therefore, they're irrational.
Annually cumulating interest can be determined by the following formula:

r represents the interest rate as a decimal, and P represents the starting amount of money.
I believe you may have the order incorrect. If we were looking at g(f(x)) the answer would be 47. We would get this by sticking the 3 in for x in f(x) and solving, which would give us 48. We would then stick that answer in for x in the g(x), giving us 47.
In its current order the answer would be 28.