click below
click below
Normal Size Small Size show me how
Derivatives
No description
Question | Answer |
---|---|
y = a^f(x) | y' = a^f(x)*ln[a*f'(x)] |
y = e^f(x) | y' = e^f(x) * f'(x) |
y = loga f(x) | y' = f'(x)/f(x)ln(a) |
y = ln f(x) | y' = f'(x)/f(x) |
y = sen f(x) | y' = f'(x)*cos f(x) |
y = cos f(x) | y' = -f'(x)*senf(x) |
y = tg f(x) | y' = f'(x)/cos^2 f(x) |
y = arcsen f(x) | y' = f'(x)/sqr(1-f(x)^2) |
y = arcos f(x) | y' = -f'(x)/sqr(1-f(x)^2) |
y = arctg f(x) | y' = f'(x)/(1+f(x)^2) |