Derivative Fun
Get Triggy with It
e and ln
Implicit Differentiation
Drop it Like it's HOD
100

x2 + 2x - 4

2x + 2

100

cos(4x)

-4sin(4x)

100

e2x

2e2x

100

y = xy

y' = y / (1 - x)

100

x2 + 2x - 4

2

200

sqrt(x4 + 2)

(2x3) / (sqrt(x+ 2))

200

sin(cos(x2))

-cos(cos(x2))(sin(x2))(2x)

200

ln(7x2 + pi)

(14x) / (7x2 + pi)

200

2x = 3y - sin(y)

y' = 2 / (3 - cos(y))

200

3sqrt(x) + 4x - 2

-3 / (4sqrt(x3))

300

(x4 - 3x)(x + 4)2

(4x3 - 3)(x + 4)2 + 2(x4 - 3x)(x + 4)

300

tan-1(3x2 + 2)

(6x) / (1 + (3x2 + 2)2)

300

2eln(e^(x^2))

4x

300

ln(y2) + ey = x3

y' = (3x2) / ((2 / y) + ey)

300

sin(x3)

-sin(x3)(9x4) + cos(x3)(6x)

400

(x2 + 2) / (3x)

(2x(3x) - 3(x2 + 3)) / (3x)2

400

cos2(sec(sqrt(x)))

2cos(sec(sqrt(x)))(-sin(sec(sqrt(x))))(sec(sqrt(x))tan(sqrt(x)))(1 / (2sqrt(x)))

400

ln((6x) / (3x2))

-1 / x

400

exy = 2x - 3y2

y' = (2 - yexy) / (6y + xexy)

400

xex

2ex + xex