
Воспользуемся следующими правилами и формулами дифференцирования:






Воспользуемся следующими правилами и формулами дифференцирования:






Воспользуемся следующими правилами и формулами дифференцирования:







Воспользуемся следующими формулами дифференцирования:



В формулах и правилах
— постоянная.