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13 Nov 2019
x Clià Secure | htt; Home : 2017F-Calculus) The ? sur ionf. X-M problems. alysonkroec x.IG From Roga sic 2e Sex-N edu/webwork2/2017F_Calculus3 01230 10, Waterpeace/quiz_mode/ch14_quiz waterpeacev1/ > From Rogawskã.. 2e Se â owork. Problem 13. (1 point) Find the maximum and minimum values of the function f(x, y,z,t) Remaining time: 314:15 (min sec) t) z + y + z + t subject to the constraint z2 +y2 + z2 +t2 = 4 Maximum value is y +z+ t subject to the constraint occuring at points (positive integer or "infinitely many") Minimum value is occuring at points (positive integer or "infinitely many") Note: You can earn partial credit on this problem. preview answers Entered Answer Preview -4 -4 IMG 2549JPG ^ | IMG-2550.JPG ç» IMG-255|JPG Show allX 6:44 PM HEWLETT PACKARD
x Clià Secure | htt; Home : 2017F-Calculus) The ? sur ionf. X-M problems. alysonkroec x.IG From Roga sic 2e Sex-N edu/webwork2/2017F_Calculus3 01230 10, Waterpeace/quiz_mode/ch14_quiz waterpeacev1/ > From Rogawskã.. 2e Se â owork. Problem 13. (1 point) Find the maximum and minimum values of the function f(x, y,z,t) Remaining time: 314:15 (min sec) t) z + y + z + t subject to the constraint z2 +y2 + z2 +t2 = 4 Maximum value is y +z+ t subject to the constraint occuring at points (positive integer or "infinitely many") Minimum value is occuring at points (positive integer or "infinitely many") Note: You can earn partial credit on this problem. preview answers Entered Answer Preview -4 -4 IMG 2549JPG ^ | IMG-2550.JPG ç» IMG-255|JPG Show allX 6:44 PM HEWLETT PACKARD
Jean KeelingLv2
15 Apr 2019