Find the inverse function f−1(x) for f(x)=−2(x−3)2+1 with the domain restriction x≥3. State the domain of f−1.
Find the inverse function f−1(x) for f(x)=ln(10−x2) with the domain restriction 0<x<10. State the domain of f−1.
Find the inverse function f−1(x) for f(x)=sin(2x−6π) with the domain restriction −6π≤x≤3π. State the domain of f−1.
Find the inverse function f−1(x) for f(x)=cos(2x+4π) with the domain restriction −8π≤x≤83π. State the domain of f−1.
Find the inverse function f−1(x) for f(x)=4ln(x2−9) with the domain restriction x>3. State the domain of f−1.
Find the inverse function f−1(x) for f(x)=(x−2)2+4 with the domain restriction x≥2. State the domain of f−1.
Find the inverse function f−1(x) for f(x)=3ln(2−x)+5 with the domain restriction x<2. State the domain of f−1.
Find the inverse function f−1(x) for f(x)=∣3x−2∣+1 with the domain restriction x≥32. State the domain of f−1.
Find the inverse function f−1(x) for f(x)=x+x1 with the domain restriction x≥1. State the domain of f−1.
Find the inverse function f−1(x) for f(x)=ln(x+1x−1) with the domain restriction x>1. State the domain of f−1.
Find the inverse function f−1(x) for f(x)=(x−2)2+5 with the domain restriction x≥2. State the domain of f−1.
Find the inverse function f−1(x) for f(x)=ex2−1 with the domain restriction x≥0. State the domain of f−1.
Find the inverse function f−1(x) for f(x)=−(x+1)2+7 with the domain restriction x≤−1. State the domain of f−1.
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Question Type 3: Graphing odd, even or neither functions
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Question Type 5: Finding the inverse of more complex equations and restrictions on the domain
Number and Algebra
Functions
Geometry & Trigonometry
Statistics & Probability
Calculus
