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y2 there will me many solutions

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Q: How many solutions in y2?
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Related questions

What are the solutions to the equation y2 equals 169?

y2 = 169 Square root both sides: y = 13


How many solutions exist for x2 plus y2 equals 2 assuming x and y are positive integers?

X2 + Y2 = 2X = sqrt(2 - Y2)Y can not be greater than 2 or a complex number would be yielded from under the radical. So, - infinity to 2, or something like that for Y's value.Same procedure for X.


Is y2 equals x2 a function?

No, because there is more than one solution: y2 = x2 y = ±(x2)1/2 y = ±x Because there are multiple solutions for a single value of x, this does not qualify as a function.


What is y2 plus y2?

y2 + y2 = 2y2


What is the fermat last theorem?

That there are no whole number solutions to the equation: xn + yn = zn when n > 2. If n = 2 this is: x2 + y2 = z2 is known as Pythagoras' Theorem, and has many whole number solutions, eg 32 + 42 = 52, 52 + 122 = 132.


How do you graph y squared equals negative 3x using a TI-83 plus calculator?

To graph y2 = -3x, first solve for y. Doing this results in two solutions: y = √(-3x) and y = -√(-3x) Put the first solution into y1 and the second solution into y2. The two solutions together should form a sideways parabola.


What are the solutions to the nonlinear system of equations y equals 5x and x2 plus y2 equals 26?

y=5xx2+y2=26Substitute the first equation into the second for y.x2 + (5x)2 = 26x2 + 25x2 = 2626x2 = 26x2 = 1x = SQRT(1) = 1 & -1y = 5*1 = 5y = 5*-1 = -5So the solutions are: (1,5) & (-1, -5)


What is y to the 8th power as an product in four different was with only positive exponents?

y6 x y2 y4 x y4 y2 x y2 x y4 y2 x y2 x y2 x y2


What are the steps to get y2 plus 4y-12 equals 0?

y2 + 4y -12 = 0 y2 + 6y - 2y -12 = 0 y(y + 6) -2(y +6) = 0 (y -2) x (y + 6) = 0 Hence (y-2) is zero which gives y = 2 or (y + 6) is zero which gives y = -6 The roots or solutions to the equation y2 + 4y -12 = 0 are y = 2 and y = -6


Is there a simple test for determining whether an elliptic curve has an infinite number of rational solutions?

Equations of the form y2 = x3 + ax + b are powerful mathematical tools. The Birch and Swinnerton-Dyer conjecture tells how to determine how many solutions they have in the realm of rational numbers-information that could solve a host of problems, if the conjecture is true.


What are the solutions to the simultaneous equations of 2x plus y equals 5 and x squared -y squared equals 3?

If: 2x+y = 5 and x2-y2 = 3 Then the solutions work out as: (2, 1) and ( 14/3, -13/3)


What is 4x-y2?

4x-y2 = 2