For each DE, identify the type, give the order, degree and determine whether linear or nonlinear. If linear, indicate the variable where it is linear and if nonlinear, box the term/s that make/s the DE nonlinear DE 1. xy(5) (4) + x²y = 2yy' 8²w 2. dz ox 5. = y dx² 4. {√/(1+y″)² = [2x*y³ + (v”)*F a³w dz³ 2رة 2 + (sin x)y'- 3xy = ln x(+1) 8²w exdy + 2y tan w = 0 TYPE ORDER DEGREE LINEARITY

For each DE, identify the type, give the order, degree and determine whether linear or nonlinear. If linear, indicate the variable where it is linear and if nonlinear, box the term/s that make/s the DE nonlinear DE 1. xy(5) (4) + x²y = 2yy' 8²w 2. dz ox 5. = y dx² 4. {√/(1+y″)² = [2xy³ + (v”)F a³w dz³ 2رة 2 + (sin x)y'- 3xy = ln x(+1) 8²w exdy + 2y tan w = 0 TYPE ORDER DEGREE LINEARITY

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter7: Analytic Trigonometry

Section7.6: The Inverse Trigonometric Functions

Problem 94E

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