Logarithms
Exponentials
Trig Identites
Unit Circle
Random
100
Evaluate log28

3

100

Growth, decay, or neither?

f(x) = -3(2)x

Neither because a is negative.

100

tanx =

cot x =

sin/cos

cos/sin

100

sin(pi/6)

1/2

100

Which quadrants apply to arcsine (or sin-1x)?

1st and 4th

200

Solve for x.

log10x=2

100

200

f(x) = 23x-1. For what value of x is f(x) = 1/16?

-1

200

1 + cot2x= ?

csc2x

200

tan(pi/4)

1

200

What is the 4th row of Pascal's triangle?

1 4 6 4 1

300

Simplify logarithms (if possible) and condense into one logarithm with base 3.

4log3x + log39 -7log3(x+2)

log3(x4)(2)/(x+2)7

300

If you are given a table and it is an exponential function, describe what would be true of the inputs and outputs.

Inputs: Changing additively

Outputs: Changing multiplicatively

300

sin(2x) = 

2sinxcosx

300

cos(5pi/6)

-root3 /2

300

If a factor cancels completely from the numerator but not the denominator of a rational function, what feature does the function have?

Vertical asymptote

400

Write the end behavior as x increases without bound of the following function. Express your answer in the mathematical notation of a limit.

f(x) = lnx

lim x --> inf. f(x) = inf.

400

If you are given a residual plot with a clear exponential pattern, was the model appropriate?

No! Pattern = NOT appropriate

400

cos(a+b) =

cosacosb - sinasinb

400

sin(-11pi/6)

1/2

400

Where is the left end behavior going for f(x) = -5x3+2x2-11x

Positive infinity

500

Find the x-values of the point of intersection of the following functions within the domain.

f(x) = log3x - log34

g(x) = 2

36

500

A semi-log plot takes ______________ data and rescales it logarithmically to look _____________.

exponential, linear
500

cos2x-sin2x=

cos(2x)

500

tan(2pi/3)

- root3

500

A sinusoidal function has a maximum at (4, 14) and a minimum at (12, -7). What is the period of the function?

16

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