Question 1Find the differential dy: y = In(sec (3-2+5)).O dy = 2 (r - 1) In(3)3-2.x+5tan(3*-2r+5d.rmsdy = 4 (x- 1) In(3)3*-2+33-2r+5tanO (E) None of the choicesill CampusO dy = (x - 1) In(9)3**-2+5 tan (3-2r+5) driveO dy = 2 (x- 1) In(3) tan (3-2+5)daListpptura Mediara Mediary

We have to differentiate given function

Find the differential dy: y = In(sec² ( 3"-2*+5)). Find the differential dy: y = In(sec? ( 3-2x+5 7-2r+5 dr O dy = 2 (r - 1) In(3)3*-2+5 tan( 3 %3D O dy = 4 (r- 1) In(3)3*-2 -2x+5 tan(3*-2r+5 O (E) None of the choices O dy = (x - 1) ln(9)3- tan(3-2+5)dz -2z+5 %3D O dy = 2 (r- 1) In(3) tan(3-2r+5 *) dz %3D

Find the differential dy: y = In(sec² ( 3"-2+5)). Find the differential dy: y = In(sec? ( 3-2x+5 7-2r+5 dr O dy = 2 (r - 1) In(3)3-2+5 tan( 3 %3D O dy = 4 (r- 1) In(3)3-2 -2x+5 tan(3-2r+5 O (E) None of the choices O dy = (x - 1) ln(9)3- tan(3-2+5)dz -2z+5 %3D O dy = 2 (r- 1) In(3) tan(3-2r+5 *) dz %3D

Calculus For The Life Sciences

2nd Edition

ISBN:9780321964038

Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.

Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.

Chapter11: Differential Equations

Section11.1: Solutions Of Elementary And Separable Differential Equations

Problem 54E: Plant Growth Researchers have found that the probability P that a plant will grow to radius R can be...

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