How do you find the general solution to #dy/dx=2y-1#? Calculus Applications of Definite Integrals Solving Separable Differential Equations 1 Answer Eddie Aug 1, 2016 # y = Ce^(2x) + 1/2# Explanation: #dy/dx=2y-1# separating the variables #1/(2y-1) *dy/dx=1# integrating #int \ 1/(2y-1) dy/dx \ dx =int \ dx# #int \ 1/(2y-1) \ dy =int \ dx# #1/2 ln(2y-1) =x + C# # ln(2y-1) =2x + C# # 2y-1 = e^ (2x + C) = Ce^(2x)# # y-1/2 = Ce^(2x)# # y = Ce^(2x) + 1/2# Answer link Related questions How do you solve separable differential equations? How do you solve separable first-order differential equations? How do you solve separable differential equations with initial conditions? What are separable differential equations? How do you solve the differential equation #dy/dx=6y^2x#, where #y(1)=1/25# ? How do you solve the differential equation #y'=e^(-y)(2x-4)#, where #y5)=0# ? How do you solve the differential equation #(dy)/dx=e^(y-x)sec(y)(1+x^2)#, where #y(0)=0# ? How do I solve the equation #dy/dt = 2y - 10#? Given the general solution to #t^2y'' - 4ty' + 4y = 0# is #y= c_1t + c_2t^4#, how do I solve the... How do I solve the differential equation #xy'-y=3xy, y_1=0#? See all questions in Solving Separable Differential Equations Impact of this question 41650 views around the world You can reuse this answer Creative Commons License