Question

Evaluate the indicated function for f(x) = x^2 - 1 and g(x) = x - 5 algebraically. If possible, use a graphing utility to verify your answer. (fg)(6t^2) STEP 1: Apply the definition of the product of two functions. (fg)(6t^2) = (f(6t^2))(g(6t^2)) STEP 2: Replace the f and g expressions in your answer to Step 1 with expressions involving only t. (fg)(6t^2) = ((6t^2)^2 - 1)(6t^2 - 5) STEP 3: Expand your answer from Step 2. (fg)(6t^2) =

          Evaluate the indicated function for f(x) = x^2 - 1 and g(x) = x - 5 algebraically. If possible, use a graphing utility to verify your answer.
(fg)(6t^2)
STEP 1: Apply the definition of the product of two functions.
(fg)(6t^2) = (f(6t^2))(g(6t^2))
STEP 2: Replace the f and g expressions in your answer to Step 1 with expressions involving only t.
(fg)(6t^2) = ((6t^2)^2 - 1)(6t^2 - 5)
STEP 3: Expand your answer from Step 2.
(fg)(6t^2) =

Evaluate the indicated function for f(x) = x^2 - 1 and g(x) = x - 5 algebraically. If possible, use a graphing utility to verify your answer.
(fg)(6t^2)
STEP 1: Apply the definition of the product of two functions.
(fg)(6t^2) = (f(6t^2))(g(6t^2))
STEP 2: Replace the f and g expressions in your answer to Step 1 with expressions involving only t.
(fg)(6t^2) = ((6t^2)^2 - 1)(6t^2 - 5)
STEP 3: Expand your answer from Step 2.
(fg)(6t^2) =

Added by Julie P.

Precalculus with Limits

Ron Larson 2nd Edition

Instant Answer

Solved by Expert James Kiss

09/06/2022

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Evaluate the indicated function for f(x) and g(x) algebraically. If possible, use a graphing utility to verify your answer. (fg)(6t^2) STEP 1: Apply the definition of the product of two functions. STEP 2: Replace the f and g expressions in your answer to Step 1 with expressions involving only t. STEP 3: Expand your answer from Step 2.