A company finds that the number of new products it develops per year depends on the size of its annual R&D budget, x (in hundreds of thousands of dollars), according to the formula given below. n(x) = -1 + 8x + 2x² – 0.3x3 (a) Find n"(2) and n"(3). n"(2) = n"(3) = Interpret the results. With $200,000 invested in R&D, the number of new products per $100,000 is increasing at a rate of new products per $100,000 per $100,000, and with $300,000 invested in R&D, it is decreasing at a rate of new products per $100,000 per $100,000. (b) Find the size of the budget that gives the largest rate of return as measured in new products per dollar (again, called the point of diminishing returns). (Round your answer to the nearest cent.)

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Chapter1: Functions And Models
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A company finds that the number of new products it develops per year depends on the size of its annual R&D budget, x (in hundreds of thousands of dollars), according to
the formula given below.
n(x)
= -1 + 8x + 2x² – 0.3x3
(a) Find n"(2) and n"(3).
n"(2)
n"(3)
=
Interpret the results.
With $200,000 invested in R&D, the number of new products per $100,000 is increasing at a rate of
new products per $100,000 per $100,000, and
with $300,000 invested in R&D, it is decreasing at a rate of
new products per $100,000 per $100,000.
(b) Find the size of the budget that gives the largest rate of return as measured in new products per dollar (again, called the point of diminishing returns). (Round your
answer to the nearest cent.)
Transcribed Image Text:A company finds that the number of new products it develops per year depends on the size of its annual R&D budget, x (in hundreds of thousands of dollars), according to the formula given below. n(x) = -1 + 8x + 2x² – 0.3x3 (a) Find n"(2) and n"(3). n"(2) n"(3) = Interpret the results. With $200,000 invested in R&D, the number of new products per $100,000 is increasing at a rate of new products per $100,000 per $100,000, and with $300,000 invested in R&D, it is decreasing at a rate of new products per $100,000 per $100,000. (b) Find the size of the budget that gives the largest rate of return as measured in new products per dollar (again, called the point of diminishing returns). (Round your answer to the nearest cent.)
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