sunit

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8 years, 112 days

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These are replies submitted by sunit

@Adri van der Meer Thanx for ur help, but as u adviced i use Neton Raphson method for this.

Regards

Sunit

Thanx a lot for your help.

Regards

Sunit

Thanx a lot for your help.

Regards

Sunit

Thanx a lot, it worked for me.

Regards

Sunit

Thanx a lot, it worked for me.

Regards

Sunit

Hi,

Thanx for your suggestion, but my another question is that can i use these pnts for further computation, for example, i have another quantity say y which is the function of x and omega, say

y=x^2/omega,

then can i use these pnts for this and make a plot betwen y and x.

Thanx and regards

Sunit

Hi,

Thanx for your suggestion, but my another question is that can i use these pnts for further computation, for example, i have another quantity say y which is the function of x and omega, say

y=x^2/omega,

then can i use these pnts for this and make a plot betwen y and x.

Thanx and regards

Sunit

Dear Sir,

The procedure that u told me is giving  only one expression for omega0 and v0 in terms of omega1, but i have seen that for omega1=0.1 to omega1=0.8 there are more than one root, so how cold i capture all these rutes.

Thanx and Regards

Sunit

Dear Sir,

The procedure that u told me is giving  only one expression for omega0 and v0 in terms of omega1, but i have seen that for omega1=0.1 to omega1=0.8 there are more than one root, so how cold i capture all these rutes.

Thanx and Regards

Sunit

Dear Sir,

I am really vey much thankful to you, it worked for my equations even with 16 degree also.

 

Regards

Sunit

Dear Sir,

I am really vey much thankful to you, it worked for my equations even with 16 degree also.

 

Regards

Sunit

Dear Sir,

I dont think that implcitplot will work form me, as i need x(c) and y(c), but what implicitplot will give me y(x) for a given c.

 

Regards

Sunit

Dear Sir,

I dont think that implcitplot will work form me, as i need x(c) and y(c), but what implicitplot will give me y(x) for a given c.

 

Regards

Sunit

Dear Sir,

The Dragile method would not work for me. I m really sorry, but i think i could not phrase my problem exactly as i wanted.

So i m again repharsing it.

The system of equation are simliar to those given in attached maple sheet.

Now for each positive omega1, these 2 equations will reduce to nonlinear system of equations, for which the solution is available. But my question, is there any way to solve these 2 equation for omega0 and v0, with parameter omega1, so that after solving i can plot and see how these 2 varable are varying with omega1.

I think now i correctly posed my problem, please let me know if i did a mistake in phrasing it.

Thanx and Regards

Sunit

restart

eq1 := (-8.803033820*omega1^2+2.513650650*omega1^4+6.287792934)*omega0^3+(-4.587750548*omega1^2+.1257544919*omega1^4)*omega0^2+(.4995873569*v0*omega1^2-42.77975332*omega1^2+43.78038596*omega1^4-1.*omega1^6)*omega0-2.898907804*v0*omega1^4+7.251497740*v0*omega1^2

(-8.803033820*omega1^2+2.513650650*omega1^4+6.287792934)*omega0^3+(-4.587750548*omega1^2+.1257544919*omega1^4)*omega0^2+(.4995873569*v0*omega1^2-42.77975332*omega1^2+43.78038596*omega1^4-1.*omega1^6)*omega0-2.898907804*v0*omega1^4+7.251497740*v0*omega1^2

(1)

eq2 := (.2052676560*omega1-.1297848103*omega1^3)*omega0^3+(225.5353949*omega1+2.435592112*omega1^5-227.9725279*omega1^3)*omega0^2+(-39.50736818*v0*omega1-.8872270663*omega1^3+15.79373283*v0*omega1^3+0.5163200000e-1*omega1^5)*omega0+0.9169825166e-1*v0*omega1^3

(.2052676560*omega1-.1297848103*omega1^3)*omega0^3+(225.5353949*omega1+2.435592112*omega1^5-227.9725279*omega1^3)*omega0^2+(-39.50736818*v0*omega1-.8872270663*omega1^3+15.79373283*v0*omega1^3+0.5163200000e-1*omega1^5)*omega0+0.9169825166e-1*v0*omega1^3

(2)

``


Download Set_of_equation.mw

Dear Sir,

The Dragile method would not work for me. I m really sorry, but i think i could not phrase my problem exactly as i wanted.

So i m again repharsing it.

The system of equation are simliar to those given in attached maple sheet.

Now for each positive omega1, these 2 equations will reduce to nonlinear system of equations, for which the solution is available. But my question, is there any way to solve these 2 equation for omega0 and v0, with parameter omega1, so that after solving i can plot and see how these 2 varable are varying with omega1.

I think now i correctly posed my problem, please let me know if i did a mistake in phrasing it.

Thanx and Regards

Sunit

restart

eq1 := (-8.803033820*omega1^2+2.513650650*omega1^4+6.287792934)*omega0^3+(-4.587750548*omega1^2+.1257544919*omega1^4)*omega0^2+(.4995873569*v0*omega1^2-42.77975332*omega1^2+43.78038596*omega1^4-1.*omega1^6)*omega0-2.898907804*v0*omega1^4+7.251497740*v0*omega1^2

(-8.803033820*omega1^2+2.513650650*omega1^4+6.287792934)*omega0^3+(-4.587750548*omega1^2+.1257544919*omega1^4)*omega0^2+(.4995873569*v0*omega1^2-42.77975332*omega1^2+43.78038596*omega1^4-1.*omega1^6)*omega0-2.898907804*v0*omega1^4+7.251497740*v0*omega1^2

(1)

eq2 := (.2052676560*omega1-.1297848103*omega1^3)*omega0^3+(225.5353949*omega1+2.435592112*omega1^5-227.9725279*omega1^3)*omega0^2+(-39.50736818*v0*omega1-.8872270663*omega1^3+15.79373283*v0*omega1^3+0.5163200000e-1*omega1^5)*omega0+0.9169825166e-1*v0*omega1^3

(.2052676560*omega1-.1297848103*omega1^3)*omega0^3+(225.5353949*omega1+2.435592112*omega1^5-227.9725279*omega1^3)*omega0^2+(-39.50736818*v0*omega1-.8872270663*omega1^3+15.79373283*v0*omega1^3+0.5163200000e-1*omega1^5)*omega0+0.9169825166e-1*v0*omega1^3

(2)

``


Download Set_of_equation.mw

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