Section 1

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disk/ washer around x-axis or y=c

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Last updated

6 years ago

Date created

Mar 1, 2020

Cards (26)

Section 1

(26 cards)

disk/ washer around x-axis or y=c

Front

pi* ∫<a-b> (f(x)-c)^2-(g(x)-c)^2 f(x)=upper g(x)= lower

Back

derivative of cot x

Front

-csc^2 x

Back

derivative of tan^-1 x

Front

1/(1+x^2)

Back

derivative of cot^-1 x

Front

-1/(1+x^2)

Back

derivative of sinx

Front

cosx

Back

integral of csc x

Front

-ln (csc x + cot x) + C

Back

Integral of cscxcotx

Front

-cscx + C

Back

integral of sec x

Front

ln |sec x + tan x| + C

Back

integral of cosx

Front

sinx + c

Back

derivative of csc^-1 x

Front

-1/ abs(x)√(x^2-1)

Back

integral of sinx

Front

-cosx + c

Back

integral of secxtanx

Front

secx + c

Back

derivative of csc x

Front

-csc x cot x

Back

derivative of tan x

Front

sec^2 x

Back

derivative of sec^-1 x

Front

1/ abs(x)√(x^2-1)

Back

integral of tanx

Front

ln(sec(x)) + C

Back

derivative of sec x

Front

sec x tan x

Back

shell around y-axis or x=c

Front

2pi* ∫<a-b> (x-c)(f(x)-g(x))dx f(x)=upper g(x)= lower

Back

disk/washer around y-axis or x=c

Front

pi* ∫<c-d> (f(y)-c)^2-(g(y)-c)^2 f(y)=right g(y)= left

Back

derivative of cos^-1 x

Front

-1/√(1-x^2)

Back

shell around x-axis or y=c

Front

2pi* ∫<c-d> (y-c)(f(y)-g(y))dy f(y)=right g(y)=left

Back

integral of cot x

Front

ln (sin x) + C

Back

derivative of cosx

Front

-sinx

Back

derivative of sin^-1 x

Front

1/√(1-x^2)

Back

integral of sec^2 x

Front

tan x + C

Back

integral of csc^2 x

Front

-cot x + C

Back