LON-CAPA HW 18:Con_IP_2n X Back To December (Taylor 41 X Ed (& @& loncapa07.purdue.edu/en: Main Menu | Contents | Grades | Reservations | Syllabus Consider the function f(X) = (X2 15x + 58)e*. Find the largest open intervals on which the function is concave up or concave down. If there is more than one interval, enter your intervals from left to right as they appear on the real line. Enter INF for & and -INF for 0, If there are extra blanks, enter NONE. Concave up: (| |, | (| ) | 1) Submit Answer | Tries 0/99 Concave down: (| /| 1), ( | 1) Submit Answer | Tries 0/99 Find all the inflection points. Enter your answer in the format of (X, y) and enter the inflection point with the smaller x-value first. If there are no inflection points, enter NONE. Inflection point: ( |/ | 1) Tries 0/99 Inflection point: ( |/ | 1 LON-CAPA HW 18:Con_IP_2n X Back To December (Taylor 41 X Ed (& @& loncapa07.purdue.edu/en: Main Menu | Contents | Grades | Reservations | Syllabus Consider the function (X) = 8 1n(x2 +1). Find the largest open intervals on which the function is concave up or concave down. If there is more than one interval, enter your intervals from left to right as they appear on the real line. Enter INF for & and -INF for 0, If there are extra blanks, enter NONE. Concave up: (| |, | (| ) | 1) Submit Answer | Tries 0/99 Concave down: (| /| 1), ( | 1) Submit Answer | Tries 0/99 Find all the inflection points. Enter your answer in the format of (X, y) and enter the inflection point with the smaller x-value first. If there are no inflection points, enter NONE. Inflection point: ( |/ | 1) Tries 0/99 Inflection point: ( |/ | 1 LON-CAPA HW 18:Con_IP_2nc x Back To December (Taylor 1 C loncapa07.purdue.edu/enc/122/3f448a16dba69bcala58754a0de0e6c9252efc649d6cd65379fdc081afcf31d4825be94195074a7de77fbOff8511657458af... Update Main Menu Contents Grades Reservations Syllabus Course Contents > Homework > HW 18 > HW 18 : Con_IP_2nd_Der_Test_8_d ... Timer Notes Evaluate Feedback Print Consider the function y = 3 + 6X - 8X . Use the Second Derivative Test when applicable to find the relative extrema if they exist. Enter your answer in the format of (x, y). If not, enter NONE in the blanks. Relative Maximum: ( Submit Answer | Tries 0/99 Relative Minimum: ( Submit Answer |Tries 0/99 This discussion is closed. Send FeedbackLON-CAPA HW 18:Con_IP_2nc X Back To December (Taylor C loncapa07.purdue.edu/enc/118/doc6029d2460b18af120cad1461e6e26ef3d880cedce2535f6554dc806740cae29169c5206b8377be45616fcbd61a219b11... d Update : Main Menu Contents Grades Reservations Syllabus [ Course Contents > Homework > HW 18 > HW 18 : Con_IP_2nd_Der_Test_9_d ... Timer Notes Evaluate Feedback Print Consider the function y = X" - 2x + 3. Use the Second Derivative Test when applicable to find the relative extrema if they exist. Enter your answer in the format of (x, y). If not, enter NONE in the blanks. Relative Maximum: ([ Submit Answer | Tries 0/99 Relative Minimum: ( Submit Answer | Tries 0/99 This discussion is closed. Send FeedbackLON-CAPA HW 18:Con_IP_2nc X Back To December (Taylor C loncapa07.purdue.edu/enc/118/bb506dd340a9715031484ac9c27ad6be197a7ad55f892d2cc64b92fd512e9faa00c9a11b3789141a271e2e5323e2aec350e... Update : Main Menu Contents Grades Reservations Syllabus Course Contents > Homework > HW 18 > HW 18 : Con_IP_2nd_Der_Test_10_d ... Timer Notes Evaluate Feedback Print Consider the function y = - 58 + 1. Use the Second Derivative Test when applicable to find the relative extrema if they exist. Enter your answer in the format of (x, y). If not, enter NONE in the blanks. Relative Maximum: ( Submit Answer | Tries 0/99 Relative Minimum: ([ Submit Answer Tries 0/99 This discussion is closed. Send Feedbackarium 5x 1 dy = 2- 5 23 dy fore maxima on minima dy = 0 x- 5x 3 = 0 2) x 3 ( 21 - 5 ) =0 2, X = 0 , 5 Now dy = 4 x0 -15 x0 EN M= O So we cheek more derivations that is next toos and and with anders derivative. d'y dys - a ( 4x215x ) = 12 x2 2 3 0X dy - 24x - 30 = 0 and dy dx 3 = - 30