Consider the following.
W(r, h) = 2.8r2(1.08h) + 59r(0.3h2 − 3.3h + 72) when r = 14, h = 64, and Δr = −1.5
(a) Calculate the output associated with the given input values. (Round your answer to three decimal places.)
W(14, 64) =
(b) Approximate the change needed in one input variable to
compensate for the given change in the other input variable. (Round
your answer to three decimal places.)
Δh =
Consider the following. W(r, h) = 2.8r2(1.08h) + 59r(0.3h2 − 3.3h + 72) when r =...
Consider the following W(r, h) 2.81.08h)+59r(0.3h2 -3.3h72) when r11, h 61, and Ar--1.3 (a) Calculate the output associated with the given input values. (Round your answer to three decimal places.) W(11, 61)677613.365 (b) Approximate the change needed in one input variable to compensate for the given change in the other input variable. (Round your answer to three decimal places.) Ah Consider the following W(r, h) 2.81.08h)+59r(0.3h2 -3.3h72) when r11, h 61, and Ar--1.3 (a) Calculate the output associated with the...
1/3 points| Previous Answers LCalcCon5 7.4.010. Consider the following. f(h, k) (32h3 +15h2- 10h 47) (43k + 15) when h 4.3, k 3.6, and Ak 0.6 (a) Calculate the output associated with the given input values. (Round your answer to three decimal places.) (4.3, 3.6)-479782.465 (b) Approximate the change needed in one input variable to compensate for the given change in the other input variable. (Round your answer to three decimal places.) Ah 287869.479 X Need Help? at Talk to...
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