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Автор - Nastya171167

Нужно найти производные функций только подробное решение

Ответ

Автор - rina2403k

y = x {}^{5}  + 4 \  frac{d}{dx} (x {}^{5} ) +  frac{d}{dx} (4) \ 5x {}^{4}  + 0 = 5x {}^{4}  \ y = 3x {}^{3}  + 4x + 4 \  frac{d}{dx} (3x {}^{3} ) +  frac{d}{dx} (4x) +  frac{d}{dx} (4) \ 3 times 3x {}^{2}  + 4 + 0 = 9x {}^{2}  + 4 \ y = 6x {}^{ - 2}  + 4x {}^{5}  + 2x \  frac{d}{dx} (6x {}^{ - 2} ) +  frac{d}{dx} (4x {}^{5} ) +  frac{d}{dx} (2x) \ 6 times ( - 2x {}^{ - 3} ) + 4 times 5x {}^{4}  + 2  \  -  frac{12}{x {}^{3} }  + 20x {}^{4}  + 2 \ y =  sqrt{x}   =  frac{1}{2 sqrt{x} }  \ y =  sqrt[3]{x}  \  frac{d}{dx} (x {}^{ frac{1}{3} } ) \  frac{1}{3} x {}^{ -  frac{2}{3} }  =  frac{1}{3 sqrt[3]{x {}^{2} } }  \ y =  sqrt[7]{x}  \  frac{d}{dx}  (x {}^{ frac{1}{7} } ) \  frac{1}{7} x {}^{ -  frac{6}{7} }   =  frac{1}{7 sqrt[7]{x {}^{6} } }  \ y = 2x {}^{ - 1}  + 4x {}^{ - 3}  + 6x {}^{2}  \  frac{d}{dx} (2x {}^{ - 1} ) +   frac{d}{dx} (4x {}^{ - 3} ) +  frac{d}{dx} (6x {}^{2} ) \ 2 times ( - 1x {}^{ - 2} ) + 4 times ( - 3x {}^{ - 4} ) + 6 times 2x \  -  frac{ - 2x {}^{2} - 12 + 12x {}^{5}  }{x {}^{4} }

Ответ

Проверено экспертом

Автор - IrkaShevko

Ответ:


Пошаговое объяснение:

y' = 5x^4+0 = 5x^4\\y'=9x^2+4\\y'=-12x^{-3}+20x^4+2

формула:

(x^n)'=nx^{n-1}

вторая часть:

y'=(x^frac{1}{2} )'=frac{1}{2} x^{-frac{1}{2} }=frac{1}{2sqrt{x} } \\y'=(x^frac{1}{3} )'=frac{1}{3} x^{-frac{2}{3} }=frac{1}{3sqrt[3]{x^2} } \\y'=(x^frac{1}{7} )'=frac{1}{7} x^{-frac{6}{7} }=frac{1}{7sqrt[7]{x^6} } \\y'=-2x^{-2}-12x^{-4}+12x

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