What is the shift y=3sin(x/3 (-pi)/3) ?

The shift y=3sin(x/3 (-pi)/3) is Phase:0, Vertical:0

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shift y=3sin(x/3 (-pi)/3)

shift

y = 3 sin (\frac{x}{3} \frac{- π}{3})

Phase : 0, Vertical : 0

Solution steps

Simplify

3 sin (\frac{x}{3} \cdot \frac{- π}{3}) : 3 sin (- \frac{π x}{9})

f (x) = 3 sin (- \frac{π x}{9})

g (B x - C) = sin (- \frac{π x}{9}), B = - \frac{π}{9}, C = 0, D = 0

Therefore, the phase shift

\frac{C}{B}

\frac{0}{- \frac{π}{9}}

0

The vertical shift

D

0

0

\frac{x}{x ^{2} + 1}

3 x - 2 y = 8

y = x^{2} + 6 x + 8

y = lo g_{3} (x)

What is the shift y=3sin(x/3 (-pi)/3) ?
The shift y=3sin(x/3 (-pi)/3) is Phase:0, Vertical:0