Mister Exam
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Graph of implicit function
Surface defined by equation
Canonical form of a elliptical paraboloid
Canonical form of a double hyperboloid
Canonical form of a imaginary ellipsoid
Canonical form of a degenerate ellipse
Canonical form of a parabola
How to use it?
Canonical form
:
2+x^2-y=0
-1/4y^2+y-x=0
-4x1^2+4x1x2-7x2^2
-6-(x-2)^4
Plot
:
(x²+y²-1)((x-2)²+y²-1)((x+2)²+y²-1)((x-1)²+(y-sqrt(3))²-1)((x+1)²+(y-sqrt(3))²-1)((x-1)²+(y+sqrt(3))²-1)((x+1)²+(y+sqrt(3))²-1)(x²+y²)((x-2)²+y²)((x+2)²+y²)((x-1)²+(y-sqrt(3))²)((x+1)²+(y-sqrt(3))²)((x-1)²+(y+sqrt(3))²)((x+1)²+(y+sqrt(3))²)=0
z=x^2+y^2-x*y+9*x-6*y+20
y^2=4*(x-1)/x^2
y-x=-4
Derivative of
:
t-sint
Identical expressions
t-sint
t minus sinus of t
Similar expressions
t+sint
Canonical form
/
t-sint
t-sint canonical form
The teacher will be very surprised to see your correct solution 😉
Find the canonical form!
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The solution
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t - sin(t) = 0
$$t - \sin{\left(t \right)} = 0$$
t - sin(t) = 0