Equations of 1st order but not of 1st degree.Need to use another method to solve a 1st order linear differential equationsolving 1st order differential equation.How to solve this system of the 1st order equations?Determine age of Charcoal from Current Decay Rate? (Differential Equations)Undetermined Coefficients for higher order differential equationsSolve second order differential equation with no degree 1Second Order Differential EquationsDifferential Functional EquationsHigher degree First order differential equationSystem of Equations into Second-Order Differential Equation??
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Equations of 1st order but not of 1st degree.
Need to use another method to solve a 1st order linear differential equationsolving 1st order differential equation.How to solve this system of the 1st order equations?Determine age of Charcoal from Current Decay Rate? (Differential Equations)Undetermined Coefficients for higher order differential equationsSolve second order differential equation with no degree 1Second Order Differential EquationsDifferential Functional EquationsHigher degree First order differential equationSystem of Equations into Second-Order Differential Equation??
$begingroup$
Topic : equations solvable for p
Q: $(1-y^2+fracy^4x^2)p^2-frac2yxp+fracy^2x^2=0$
There is no $fracdydx$ into the equation (if it was, then it has to be replaced by 'p')
Now solving the quadratic equation in p
Using quadratic formula
$fracfrac2yxpmfrac4y^2x^2-4(1-y^2+fracy^4x^2)fracy^2x^2)2(1-y^2+fracy^4x^2$
How to solve this further
ordinary-differential-equations
$endgroup$
add a comment |
$begingroup$
Topic : equations solvable for p
Q: $(1-y^2+fracy^4x^2)p^2-frac2yxp+fracy^2x^2=0$
There is no $fracdydx$ into the equation (if it was, then it has to be replaced by 'p')
Now solving the quadratic equation in p
Using quadratic formula
$fracfrac2yxpmfrac4y^2x^2-4(1-y^2+fracy^4x^2)fracy^2x^2)2(1-y^2+fracy^4x^2$
How to solve this further
ordinary-differential-equations
$endgroup$
add a comment |
$begingroup$
Topic : equations solvable for p
Q: $(1-y^2+fracy^4x^2)p^2-frac2yxp+fracy^2x^2=0$
There is no $fracdydx$ into the equation (if it was, then it has to be replaced by 'p')
Now solving the quadratic equation in p
Using quadratic formula
$fracfrac2yxpmfrac4y^2x^2-4(1-y^2+fracy^4x^2)fracy^2x^2)2(1-y^2+fracy^4x^2$
How to solve this further
ordinary-differential-equations
$endgroup$
Topic : equations solvable for p
Q: $(1-y^2+fracy^4x^2)p^2-frac2yxp+fracy^2x^2=0$
There is no $fracdydx$ into the equation (if it was, then it has to be replaced by 'p')
Now solving the quadratic equation in p
Using quadratic formula
$fracfrac2yxpmfrac4y^2x^2-4(1-y^2+fracy^4x^2)fracy^2x^2)2(1-y^2+fracy^4x^2$
How to solve this further
ordinary-differential-equations
ordinary-differential-equations
asked Mar 29 at 2:16
LuciferLucifer
453
453
add a comment |
add a comment |
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