I liked it but if I may add the product rule: f(x)=a(x)^n f'(x)=na(x)^(n-1)
calculusnoob 1 year ago
@calculusnoob thats not the product rule, thats the power rule for derivatives. The product rule for derivatives is:
If h(x)= f(x)g(x) then
h"(x)= [f(x)g"(x)]+ [g(x)f"(x)]
ajthrax1 1 year ago
@ajthrax1 You're right, that was my bad.
haha this is so cute you guys ;)
made me smile (:
xbluejellybean15 2 years ago
Niceeeeee!
KelvinCProd 2 years ago
nice video :D
bryanlok222 2 years ago
I liked it but if I may add the product rule: f(x)=a(x)^n f'(x)=na(x)^(n-1)
calculusnoob 1 year ago
@calculusnoob thats not the product rule, thats the power rule for derivatives. The product rule for derivatives is:
If h(x)= f(x)g(x) then
h"(x)= [f(x)g"(x)]+ [g(x)f"(x)]
ajthrax1 1 year ago
@ajthrax1 You're right, that was my bad.
calculusnoob 1 year ago
haha this is so cute you guys ;)
made me smile (:
xbluejellybean15 2 years ago
Niceeeeee!
KelvinCProd 2 years ago
nice video :D
bryanlok222 2 years ago