Answer:
Step-by-step explanation:
f(x) = 6(x+2)²-6
f⁻¹(f(x)) = x
f(x) = t => 6(x+2)²-6 = t =>
=> 6(x+2)² = t+6 =>
=> (x+2)² = t/6 + 1
=> x+2 = ±√(t/6 + 1)
=> x = ±√(t/6 + 1) - 2
=> f⁻¹(x) =
{√(x/6 + 1) - 2, x > -6
{-√(x/6 + 1) - 2, x ≤ -6
The answer to your problem is eleven <span />
Answer:
192 cm3
Step-by-step explanation:
The volume of any pyramid is 1/3 × b × h, where b = area of base of the pyramid and h = height of the pyramid.
- In this case, the dimensions for the base are 6 and 8.
- The height is 24
Area of Base:
Now, we multiply 24 by 24.
Lastly, we divide by 3.
Therefore, the answer is 192 cm^3.
Answer:
first blank: because of the alternate. ext. angles theorem
2nd blank: because corresponding angles theorem
3rd blank: Linear pair
4th blank: substitution
Yes 1-x^4 is a polynomial