What are the solutions to the equation (w+5)^2-54=0 ?

The solutions to the equation (w+5)^2-54=0 are w=3sqrt(6)-5,w=-3sqrt(6)-5

Find the zeros of (w+5)^2-54=0

The zeros of (w+5)^2-54=0 are w=3sqrt(6)-5,w=-3sqrt(6)-5

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(w + 5)^{2} - 54 = 0

w = 36 - 5, w = - 36 - 5

Decimal Notation

w = 2.34846 \dots, w = - 12.34846 \dots

Solution steps

(w + 5)^{2} - 54 = 0

Move

54

to the right side

(w + 5)^{2} = 54

For

(g (x))^{2} = f (a)

the solutions are

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

Solve

w + 5 = 54 : w = 36 - 5

Solve

w + 5 = - 54 : w = - 36 - 5

The solutions to the quadratic equation are:

w = 36 - 5, w = - 36 - 5

a^{2} + 4 0^{2} = 5 0^{2}

x, f = I n (x^{2} + 9)

20 = 2 + 0.2 x^{2}

(n - 2) (n + 4) = 27

0.44048 x^{2} - 60.726 x + 1848.6 = 0

What are the solutions to the equation (w+5)^2-54=0 ?
The solutions to the equation (w+5)^2-54=0 are w=3sqrt(6)-5,w=-3sqrt(6)-5
Find the zeros of (w+5)^2-54=0
The zeros of (w+5)^2-54=0 are w=3sqrt(6)-5,w=-3sqrt(6)-5