Other calculators

• The system of differential equations in steps
• Integral Step by Step
• Inequalities Step by Step
• Equation systems Step by Step

• Linear homogeneous differential equations of 2nd order Step-By-Step
• Linear inhomogeneous differential equations of the 1st order Step-By-Step
• Differential equations with separable variables Step-by-Step
• A simplest differential equations of 1-order Step-by-Step

• How to use it?

• Differential equation:
• Equation y''''-16*y=0
• Equation y'=2xcos^2y
• Equation xdy-ydx=ydy
• Equation (1+xy)ydx+(1-xy)xdy=0

• Identical expressions

• xdx-ydy=(xdy-ydx)/((x^ two)+(y^ two))
• xdx minus ydy equally (xdy minus ydx) divide by ((x squared ) plus (y squared ))
• xdx minus ydy equally (xdy minus ydx) divide by ((x to the power of two) plus (y to the power of two))
• xdx-ydy=(xdy-ydx)/((x2)+(y2))
• xdx-ydy=xdy-ydx/x2+y2
• xdx-ydy=(xdy-ydx)/((x²)+(y²))
• xdx-ydy=(xdy-ydx)/((x to the power of 2)+(y to the power of 2))
• xdx-ydy=xdy-ydx/x^2+y^2
• xdx-ydy=(xdy-ydx) divide by ((x^2)+(y^2))

• Similar expressions

• xdx-ydy=(xdy-ydx)/((x^2)-(y^2))
• yx^2*dy-3xy^2*dx=6x*dx-y*dy
• xdx-ydy=(xdy+ydx)/((x^2)+(y^2))
• xdx+ydy=(xdy-ydx)/((x^2)+(y^2))