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What type of equation is this?
(δ2u/δx2) +(δ2u/δy2) = 0
PDE
ODE
None
Which type of differential equation is defined by the expression (x2+y2) dy = xy dx?
Separable differential equation
Linear differential equation
Homogeneous differential equation
Which type of differential equation is defined by the expression (4y+3x2)dx+(x-2y) dy = 0 ?
Exact differential equation
Which type of differential equation describes the rate of change of a quantity proportional to the difference between the current value and a given value?
First-order linear ordinary differential equation
Which of the following is not a type of differential equation?
Radical differential equation
Which type of differential equation is defined by the expression (4yx2) dx+(xy) dy = 0 ?
Which type of differential equation is defined by the expression y' + 2y = 0?
Which type of differential equation involves derivatives with respect to more than one independent variable?
Ordinary differential equation
Partial differential equation
What is the primary difference between an ordinary differential equation (ODE) and a partial differential equation (PDE)?
ODEs involve only one independent variable, while PDEs involve two or more
ODEs involve only linear terms, while PDEs involve non-linear terms
ODEs are always separable, while PDEs are not
Which type of differential equation is defined by the expression
(x2+y2) dy = xy dx?
non homogeneous differential equation
It is done.