`3e^xtanydx+(1+e^x)sec^2ydy=0`

Find the general solution of the differential equations e^xtanydx+(1-e^x)sec^2ydy=0

Solve : 3e^xtany dx+(1-e^x)sec^2y\ dy=0

Solve : 3e^xtany dx+(1-e^x)sec^2y\ dy=0

Find the particular solution of the differential equation e^xtanydx+(2-e^x)sec^2ydy=0 , given that y=pi/4 when x=0

Consider the differential equation 3e^xtan y dx-(1+e^x)sec^2 y dy=0 Order of the differential equation is ....

Solve the following differential equation: e^xtany\ dx+(1-e^x)sec^2y\ dy=0

Solve the following differential equation: e^xtany\ dx+(1-e^x)sec^2y\ dy=0

e^(x)tanydx+(1-e^(x))sec^(2)ydy=0

Consider the differential equation 3e^(x)tanydx-(1+e^(x))sec^(2)ydy=0 i Order of the differential equation is … ii . Express the differential equation in variable separable form. iii . Solve the differential equation

The solution of the differential equation 3e^x tan y dx+(1+e^x)sec^2 y dy=0 is