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'+y=
• Equation y''-y=(e^-x)(x+1)
• Equation y''=1/x
• Equation y+y'=e^x*y^2

• Identical expressions

• y''-y*((pi+ two *pi*n)/ two *a)^ two =(four *q)/(pi+ two *pi*n)
• y two strokes of the second (2nd) order minus y multiply by (( Pi plus 2 multiply by Pi multiply by n) divide by 2 multiply by a) squared equally (4 multiply by q) divide by ( Pi plus 2 multiply by Pi multiply by n)
• y two strokes of the second (2nd) order minus y multiply by (( Pi plus two multiply by Pi multiply by n) divide by two multiply by a) to the power of two equally (four multiply by q) divide by ( Pi plus two multiply by Pi multiply by n)
• y''-y*((pi+2*pi*n)/2*a)2=(4*q)/(pi+2*pi*n)
• y''-y*pi+2*pi*n/2*a2=4*q/pi+2*pi*n
• y''-y*((pi+2*pi*n)/2*a)²=(4*q)/(pi+2*pi*n)
• y''-y*((pi+2*pi*n)/2*a) to the power of 2=(4*q)/(pi+2*pi*n)
• y''-y((pi+2pin)/2a)^2=(4q)/(pi+2pin)
• y''-y((pi+2pin)/2a)2=(4q)/(pi+2pin)
• y''-ypi+2pin/2a2=4q/pi+2pin
• y''-ypi+2pin/2a^2=4q/pi+2pin
• y''-y*((pi+2*pi*n) divide by 2*a)^2=(4*q) divide by (pi+2*pi*n)

• Similar expressions

• y''+y*((pi+2*pi*n)/2*a)^2=(4*q)/(pi+2*pi*n)
• y''-y*((pi+2*pi*n)/2*a)^2=(4*q)/(pi-2*pi*n)
• y''-y*((pi-2*pi*n)/2*a)^2=(4*q)/(pi+2*pi*n)