What are the solutions to the equation 5sqrt(2)+x^2=13 ?

The solutions to the equation 5sqrt(2)+x^2=13 are x=sqrt(13-5\sqrt{2)},x=-sqrt(13-5\sqrt{2)}

Find the zeros of 5sqrt(2)+x^2=13

The zeros of 5sqrt(2)+x^2=13 are x=sqrt(13-5\sqrt{2)},x=-sqrt(13-5\sqrt{2)}

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52 + x^{2} = 13

x = 13 - 52, x = - 13 - 52

Decimal Notation

x = 2.43493 \dots, x = - 2.43493 \dots

Solution steps

52 + x^{2} = 13

Move

52

to the right side

x^{2} = 13 - 52

For

x^{2} = f (a)

the solutions are

x = f (a), - f (a)

x = 13 - 52, x = - 13 - 52

y^{2} - 8 y + 25 = 0

F = 6 F

- 8 \leq - \frac{3}{2} z + 1 \leq - 2

∣ x - 5 ∣ \leq - 4

12 x^{2} - 31 x + 7

What are the solutions to the equation 5sqrt(2)+x^2=13 ?
The solutions to the equation 5sqrt(2)+x^2=13 are x=sqrt(13-5\sqrt{2)},x=-sqrt(13-5\sqrt{2)}
Find the zeros of 5sqrt(2)+x^2=13
The zeros of 5sqrt(2)+x^2=13 are x=sqrt(13-5\sqrt{2)},x=-sqrt(13-5\sqrt{2)}