Natural Logs/ Logs
Reverse chain rule
Polynomials/Exponential
Trig
100

ʃ (1/x)dx

ln(x)+C

100

ʃ (8x(x2+9)3)dx

(x2+9)4 + c

100

ʃ dx

x+c

100

ʃ(cos(x))dx

sin(x)+c

200

ʃ(2x/x2)dx

2ln(x)+c

200

ʃ (3x2+2x) × (x3+x2)5dx

1/6 (x3+x2)6 + c

200

ʃ(x2+x)dx

1/3x+ 1/2x+ c

200

ʃ(sin(x)-cos(x))dx

-cos(x)-sin(x)+c

300

ʃ(3x2/x4)dx

-3/x+c

300

ʃ esin(x)dx

cos(x)esin(x) + c

300

ʃ(4x3-2x2-x-2)dx

x4-2/3x3-1/2x2-2x+c

300

ʃ(sin(x)+2x)dx

-cos(x)+x2+c

400

ʃ((2x/x2) - (3x2/x3))dx

-ln(x) + c

400

Could we use + c2 instead of c as our constant of integration?

no

400

ʃ(6x^5+x0.5)dx

x^6+0.5x-0.5+c

400

ʃ(-6cos(0.4x)+e)dx

-15sin(0.4x) + ex + c

500

Is the following statement True/False:

ʃ(3/x)dx = 3ln(3x)+c

True

500

ʃ -sin(x) × cos(cos(x))dx

sin(cos(x)) + c

500

ʃ(24e4x)dx

6e4x + c

500

ʃ(tan(x))dx

-log(cos(x))+C