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Which type of differential equation is defined by the expression (4yx2) dx+(xy) dy = 0 ?
Separable differential equation
Exact differential equation
Homogeneous differential equation
Which type of differential equation is defined by the expression y' + 2y = 0?
Linear 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
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 (4y+3x2)dx+(x-2y) dy = 0 ?
Which of the following is not a type of differential equation?
Radical differential equation
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?
non homogeneous differential equation
Which type of differential equation is defined by the expression (x2+y2) dy = xy dx?
Which type of differential equation involves derivatives with respect to more than one independent variable?
Ordinary differential equation
Partial differential equation
It is done.