This is really a lot of help with my class!! Great way to make an educational use of youtube! Thank you so much!
bordumbustr 1 year ago
Lets see...I am using th power rule part 1, where integral x^n dx= x^n+1/n+1.
UpcomingJedi 1 year ago
@UpcomingJedi Yes, and that works if you have a number for the exponent, but not if you have a variable for the exponent.
derekowens 1 year ago
@derekowens uh huh but how does -integral xdx become x^2/2?
@UpcomingJedi That's the power rule for integrals. The reverse of the power rule for derivatives.
@derekowens Yes, thank you. I finally figured out the x is really x^1!
ok, now ...how does integral x dx become x^2/2? I just don't see it. :( What is wrong with this post button????
thanks
lovexhuggies 2 years ago
that helped aaot
damanahmed 2 years ago
This is really a lot of help with my class!! Great way to make an educational use of youtube! Thank you so much!
bordumbustr 1 year ago
Lets see...I am using th power rule part 1, where integral x^n dx= x^n+1/n+1.
UpcomingJedi 1 year ago
@UpcomingJedi Yes, and that works if you have a number for the exponent, but not if you have a variable for the exponent.
derekowens 1 year ago
@derekowens uh huh but how does -integral xdx become x^2/2?
UpcomingJedi 1 year ago
@UpcomingJedi That's the power rule for integrals. The reverse of the power rule for derivatives.
derekowens 1 year ago
@derekowens Yes, thank you. I finally figured out the x is really x^1!
UpcomingJedi 1 year ago
ok, now ...how does integral x dx become x^2/2? I just don't see it. :( What is wrong with this post button????
UpcomingJedi 1 year ago
thanks
lovexhuggies 2 years ago
that helped aaot
damanahmed 2 years ago