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Functions 1 and 2 are shown: Function 1: f(x) = −3x2 + 4x + 2 Function 2. A graph of a parabola that opens down that goes through points negative one half comma 0, one half comma 4, and 2 comma 0 is shown. Which function has a larger maximum? a Function 1 has a larger maximum. b Function 2 has a larger maximum. c Function 1 and Function 2 have the same maximum. d Function 1 does not have a maximum value.

Functions 1 and 2 are shown: Function 1: f(x) = −3x2 + 4x + 2 Function 2. A graph of a parabola that opens down that goes through points negative one half comma 0, one half comma 4, and 2 comma 0 is shown. Which function has a larger maximum? a Function 1 has a larger maximum. b Function 2 has a larger maximum. c Function 1 and Function 2 have the same maximum. d Function 1 does not have a maximum value.

Functions 1 and 2 are shown: Function 1: f(x) = −3x2 + 4x + 2 Function 2. A …
Written By Sunday, May 28, 2023 Add Comment Edit
(PLEASE HELP WITH THIS!!!! mwa)Two cost models are proposed for producing a particular product in order to maximize a profit. As the number of units of the product are produced, the costs decrease. The cost, in dollars, for model A is represented by the function y = −0.5x2 + 125, and model B is represented by the function y = 250(0.95)x−1, where x is the number of units produced. The table gives the costs for both models in producing the first 7 units of the product. Units Produced Model A Cost Model B Cost 2 123.00 237.50 3 120.50 225.63 4 117.00 214.34 5 112.50 203.63 6 107.00 193.45 7 100.50 183.70 If the cost for both models continues in this pattern, will the cost of model B ever be lower than the costs of model A? Explain. a No, the function for model A is a quadratic function that decreases at a faster rate than the function for model B, which is a decreasing exponential function. b No, the function for model B is a quadratic function that decreases at a slower rate than the function for model A, which is a decreasing exponential function. c Yes, the function for model A is an exponential function that decreases at a faster rate than the function for model B, which is a decreasing quadratic function. d Yes, the function for model B is an exponential function that decreases at a slower rate than the function for model A, which is a decreasing quadratic function.

(PLEASE HELP WITH THIS!!!! mwa)Two cost models are proposed for producing a particular product in order to maximize a profit. As the number of units of the product are produced, the costs decrease. The cost, in dollars, for model A is represented by the function y = −0.5x2 + 125, and model B is represented by the function y = 250(0.95)x−1, where x is the number of units produced. The table gives the costs for both models in producing the first 7 units of the product. Units Produced Model A Cost Model B Cost 2 123.00 237.50 3 120.50 225.63 4 117.00 214.34 5 112.50 203.63 6 107.00 193.45 7 100.50 183.70 If the cost for both models continues in this pattern, will the cost of model B ever be lower than the costs of model A? Explain. a No, the function for model A is a quadratic function that decreases at a faster rate than the function for model B, which is a decreasing exponential function. b No, the function for model B is a quadratic function that decreases at a slower rate than the function for model A, which is a decreasing exponential function. c Yes, the function for model A is an exponential function that decreases at a faster rate than the function for model B, which is a decreasing quadratic function. d Yes, the function for model B is an exponential function that decreases at a slower rate than the function for model A, which is a decreasing quadratic function.

(PLEASE HELP WITH THIS!!!! mwa)Two cost models are proposed for producing a pa…
Written By May 28, 2023 Add Comment Edit
A company launches two new products. The market price, in dollars, of the two products after a different number of years, x, is shown in the following table: x3927Product 2h(x) = x2 + 3x + 10142028 Based on the data in the table, for which product does the price eventually exceed all others, and why? a Product 1, because the function is exponential b Product 2, because the function is exponential c Product 1, because it has a lower start value d Product 2, because it has a greater Year 3 value

A company launches two new products. The market price, in dollars, of the two products after a different number of years, x, is shown in the following table: x3927Product 2h(x) = x2 + 3x + 10142028 Based on the data in the table, for which product does the price eventually exceed all others, and why? a Product 1, because the function is exponential b Product 2, because the function is exponential c Product 1, because it has a lower start value d Product 2, because it has a greater Year 3 value

A company launches two new products. The market price, in dollars, of the two …
Written By Saturday, May 27, 2023 Add Comment Edit
(08.05 MC) The following function represents the production cost f(x), in dollars, for x number of units produced by company 1: f(x) = 0.25x2 − 8x + 600 The following table represents the production cost g(x), in dollars, for x number of units produced by company 2: x g(x) 6 862.2 8 856.8 10 855 12 856.8 14 862.2 Based on the given information, determine which company has a lower minimum and find the minimum value. a g(x) at (10, 855) b f(x) at (16, 536) c g(x) at (16, 536) d f(x) at (10, 855)

(08.05 MC) The following function represents the production cost f(x), in dollars, for x number of units produced by company 1: f(x) = 0.25x2 − 8x + 600 The following table represents the production cost g(x), in dollars, for x number of units produced by company 2: x g(x) 6 862.2 8 856.8 10 855 12 856.8 14 862.2 Based on the given information, determine which company has a lower minimum and find the minimum value. a g(x) at (10, 855) b f(x) at (16, 536) c g(x) at (16, 536) d f(x) at (10, 855)

(08.05 MC) The following function represents the production cost f(x), in dol…
Written By May 27, 2023 Add Comment Edit
The graph of f(x) is transformed into the graph of g(x), such that g(x) = k ⋅ f(x). graph of the function of f of x is a downward opening parabola with vertex at the origin and the graph of g of x a downward opening parabola with vertex at the origin with a narrower opening than f of x Which of the statement describes the transformation? a The graph of g(x) is a vertical shrink of the graph of f(x), with the k between −1 and 0. b The graph of g(x) is a vertical shrink of the graph of f(x), with the k value between 0 and 1. c The graph of g(x) is a vertical stretch of the graph of f(x), with the k value greater than 1. d The graph of g(x) is a vertical stretch of the graph of f(x), with the k value less than −1.

The graph of f(x) is transformed into the graph of g(x), such that g(x) = k ⋅ f(x). graph of the function of f of x is a downward opening parabola with vertex at the origin and the graph of g of x a downward opening parabola with vertex at the origin with a narrower opening than f of x Which of the statement describes the transformation? a The graph of g(x) is a vertical shrink of the graph of f(x), with the k between −1 and 0. b The graph of g(x) is a vertical shrink of the graph of f(x), with the k value between 0 and 1. c The graph of g(x) is a vertical stretch of the graph of f(x), with the k value greater than 1. d The graph of g(x) is a vertical stretch of the graph of f(x), with the k value less than −1.

The graph of f(x) is transformed into the graph of g(x), such that g(x) = k ⋅ …
Written By May 27, 2023 Add Comment Edit
a large rectangle is made by joining 3 identical small rectangles the perimeter of 1 small rectangle is 21cm the width of 1 small rectangle is xcm work out the perimeter of the larger rectangle

a large rectangle is made by joining 3 identical small rectangles the perimeter of 1 small rectangle is 21cm the width of 1 small rectangle is xcm work out the perimeter of the larger rectangle

a large rectangle is made by joining 3 identical small rectangles the perimet…
Written By May 27, 2023 Add Comment Edit
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