Having trouble solving implicit function The Next CEO of Stack Overflow3d Implicit Trigonometry help?I'm having trouble understanding this derivationTrouble solving an integralProblem with finding Maximum valueProving an implicit function is strictly decreasingImplicit Function Theorem Application to 2 EquationsSolve for $fracdydx$ of a trigonometric function after implicit differentiationFinding a general form of $ fracd^2ndk^2nfrac1k sin(k)$Implicit function theorem exercise with higher derivativesDerivatives of trigonometric functions: $y= fracx sin(x)1+cos(x)$
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Having trouble solving implicit function
The Next CEO of Stack Overflow3d Implicit Trigonometry help?I'm having trouble understanding this derivationTrouble solving an integralProblem with finding Maximum valueProving an implicit function is strictly decreasingImplicit Function Theorem Application to 2 EquationsSolve for $fracdydx$ of a trigonometric function after implicit differentiationFinding a general form of $ fracd^2ndk^2nfrac1k sin(k)$Implicit function theorem exercise with higher derivativesDerivatives of trigonometric functions: $y= fracx sin(x)1+cos(x)$
$begingroup$
$$ xcos y + ycos u + ucos x = 1 $$
I'm trying to calculate u$'_x$ and $u'_y$ in the point $(0,1)$
while $0 leq u leq pi$.
I've managed to find:
$$u'_x = - fraccos y-usin xcos x-ysin u\
u'_y = - fraccos u-xsin ycos x-ysin u$$
What holds me back currently I can't find $u$.
I get to this equation when I place $(0,1)$ ----> $ cos u + u = 1$
Thanks in advance, hope this question isn't too dumb.
calculus derivatives implicit-differentiation
$endgroup$
add a comment |
$begingroup$
$$ xcos y + ycos u + ucos x = 1 $$
I'm trying to calculate u$'_x$ and $u'_y$ in the point $(0,1)$
while $0 leq u leq pi$.
I've managed to find:
$$u'_x = - fraccos y-usin xcos x-ysin u\
u'_y = - fraccos u-xsin ycos x-ysin u$$
What holds me back currently I can't find $u$.
I get to this equation when I place $(0,1)$ ----> $ cos u + u = 1$
Thanks in advance, hope this question isn't too dumb.
calculus derivatives implicit-differentiation
$endgroup$
$begingroup$
Drawing the graphs of $umapstocos u$ and $umapsto 1-u$ you can see that necessarily $u=0$ at the point in question.
$endgroup$
– Christian Blatter
2 days ago
$begingroup$
note: $cos u<1-u, 0<ule fracpi2$ and $cos 0=1-0$. See the desmos graph.
$endgroup$
– farruhota
2 days ago
add a comment |
$begingroup$
$$ xcos y + ycos u + ucos x = 1 $$
I'm trying to calculate u$'_x$ and $u'_y$ in the point $(0,1)$
while $0 leq u leq pi$.
I've managed to find:
$$u'_x = - fraccos y-usin xcos x-ysin u\
u'_y = - fraccos u-xsin ycos x-ysin u$$
What holds me back currently I can't find $u$.
I get to this equation when I place $(0,1)$ ----> $ cos u + u = 1$
Thanks in advance, hope this question isn't too dumb.
calculus derivatives implicit-differentiation
$endgroup$
$$ xcos y + ycos u + ucos x = 1 $$
I'm trying to calculate u$'_x$ and $u'_y$ in the point $(0,1)$
while $0 leq u leq pi$.
I've managed to find:
$$u'_x = - fraccos y-usin xcos x-ysin u\
u'_y = - fraccos u-xsin ycos x-ysin u$$
What holds me back currently I can't find $u$.
I get to this equation when I place $(0,1)$ ----> $ cos u + u = 1$
Thanks in advance, hope this question isn't too dumb.
calculus derivatives implicit-differentiation
calculus derivatives implicit-differentiation
edited 2 days ago
Brian
1,202116
1,202116
asked 2 days ago
ShamesShames
83
83
$begingroup$
Drawing the graphs of $umapstocos u$ and $umapsto 1-u$ you can see that necessarily $u=0$ at the point in question.
$endgroup$
– Christian Blatter
2 days ago
$begingroup$
note: $cos u<1-u, 0<ule fracpi2$ and $cos 0=1-0$. See the desmos graph.
$endgroup$
– farruhota
2 days ago
add a comment |
$begingroup$
Drawing the graphs of $umapstocos u$ and $umapsto 1-u$ you can see that necessarily $u=0$ at the point in question.
$endgroup$
– Christian Blatter
2 days ago
$begingroup$
note: $cos u<1-u, 0<ule fracpi2$ and $cos 0=1-0$. See the desmos graph.
$endgroup$
– farruhota
2 days ago
$begingroup$
Drawing the graphs of $umapstocos u$ and $umapsto 1-u$ you can see that necessarily $u=0$ at the point in question.
$endgroup$
– Christian Blatter
2 days ago
$begingroup$
Drawing the graphs of $umapstocos u$ and $umapsto 1-u$ you can see that necessarily $u=0$ at the point in question.
$endgroup$
– Christian Blatter
2 days ago
$begingroup$
note: $cos u<1-u, 0<ule fracpi2$ and $cos 0=1-0$. See the desmos graph.
$endgroup$
– farruhota
2 days ago
$begingroup$
note: $cos u<1-u, 0<ule fracpi2$ and $cos 0=1-0$. See the desmos graph.
$endgroup$
– farruhota
2 days ago
add a comment |
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$begingroup$
Drawing the graphs of $umapstocos u$ and $umapsto 1-u$ you can see that necessarily $u=0$ at the point in question.
$endgroup$
– Christian Blatter
2 days ago
$begingroup$
note: $cos u<1-u, 0<ule fracpi2$ and $cos 0=1-0$. See the desmos graph.
$endgroup$
– farruhota
2 days ago