Primarna operacija u diferencijalnom kalkulusu je računanje derivacije. Ova tabela sadrži derivacije nekih osnovnih funkcija. U sljedećem tekstu, f i g su diferencijabilne funkciju u skupu realnih brojeva, a c je realan broj. Ove formule su dovoljne za izračunavanje derivacija bilo koje elementarne funkcije.
- Linearnost
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

- Pravilo derivacije proizvoda

- Pravilo derivacije količnika

- Pravilo derivacije funkcije sa potencijom
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- Pravilo derivacije složene funkcije

- Pravilo derivacije logaritma






































