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The general solution of the differential equation (dy/dx) +x^2 = x^2*e^(3y).
Solution)(dy/dx) +x^2 = x^2*e^(3y)
dy/dx=x2(e3y-1)x2dx=dy/(e3y-1)this is an elementary, variables separable equation
mulply # fraction
1. Write down the canonical equations of the line passing through the point A(2,3, 4) and being parallel to the vector q ={5,0,-1}.
Now we start solving constant linear, coefficient and second order differential and homogeneous equations. Thus, let's recap how we do this from the previous section. We start alon
Price?
how to find the volume
Quotient Rule : If the two functions f(x) & g(x) are differentiable (that means the derivative exist) then the quotient is differentiable and,
a-1/a =8 find
1-tan^2 A/1+tan^2 = cos A - sinA/cos A
A digital filter has zero at z=a and poles at z=b andz=c, where a, b, c are the real constants. Determine the transfer function and the frequency response function of the filter an
(3x+2)^2 d^2y/dx^2+3(3x+2)dy/dx-36y=3x^2+4x+1
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