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The quadratic function f has a vertex at (3,4) and opens upward. The quadratic function g is shown below. Which statement is true? A. The minimum value of g is greater than the minimum value of f. B. The maximum value of g is greater than the maximum value of f. C. The minimum value of f is greater than the minimum value of g. D. The maximum value of f is greater than the maximum value of g.

2 Answers

5 votes

Answer:

The minimum value of f(x) is greater than the minimum value of g(x).

Explanation:

Given


(h_1,k_1) = (3,4) --- vertex of f(x)


g(x) = 4(x - 4)^2 + 3 --- g(x) equation

Required

Which of the options is true

First, we identify the vertex of g(x)

A quadratic function is represented as:


g(x) =a(x - h)^2 + k

Where:


(h,k) \to vertex

So, we have:


(h_2,k_2) = (4,3)


a = 4

If
a>0, then the curve opens upward

From the question, we understand that f(x) also open upward. This means that both functions have a minimum

The minimum is the y (or k) coordinate

So, we have:


(h_1,k_1) = (3,4) --- vertex of f(x)


(h_2,k_2) = (4,3) --- vertex of g(x)

The minimum of both are:


Minimum = 4 ---- f(x)


Minimum = 3 ---- g(x)

By comparison:


4 > 3

Hence, f(x) has a greater minimum

User Gaston Sanchez
by
8.5k points
0 votes

Answer:

The minimum value of f(x) is greater than the minimum value of g(x).

Explanation:

User Dragonjet
by
8.5k points

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