Odette
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Can someone explain it to me step by step?
The derivative of the function sin^3((x+1)^2) can be calculated using the chain rule. The function is expressed as f(g(h(x))) where f(g) = g^3, g(h) = sin(h), and h(x) = (x+1)^2. The derivative is computed as df/dx = df/dg|g ⋅ dg/dh|h ⋅ dh/dx, resulting in df/dx = 3(sin((x+1)^2))^2 ⋅ cos((x+1)^2) ⋅ 2(x+1).
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Thank you!FactChecker said:You can apply the chain rule repeatedly to (sin((x+1)2))3 = f(g(h(x))), where f(g) = g3, g(h)=sin(h), and h(x)=(x+1)2.
The overall equation is
df/dx = df/dg|g ⋅ dg/dh|h ⋅ dh/dx
df/dg = 3g2; dg/dh = cos(h); dh/dx = 2(x+1).
Substituting in gives df/dx = 3(sin((x+1)2))2 ⋅ cos((x+1)2) ⋅ 2(x+1)