4.4
4.5
6.1
6.2
6.3
100

Evaluate log2(825)

75

100

Solve the equation: 2x2e-3x-9x3e-3x=0

0,2/9

100

Find the degree measure of the angle with the given radian measure.
13𝜋/10

234 °

100

Find the exact value of sec B*tan A

13/12

100

Find the exact value of cos(-11π/6)

√3/2

200

Simplify log7(3)(log3(8))

log7(8)

200

How long will it take for an investment of $2000 to double in value if the interest rate is 8.5% per year, compounded continuously?

8.15

200

Find the degree measure of the angle with the given radian measure. (Round your answer to one decimal place.)

−2

-114.6°

200

Find sin(x) if tan(x) = 5 and cos(x) = 1/√26

5/√26

200

Find the quadrant in which 𝜃 lies from the information given.tan(𝜃) > 0 and sin(𝜃) < 0

III and IV

300

Evaluate log2(10)-log2(35)+log2(28)

3

300

Solve the logarithmic equation for x 

log7(x) + log7(x + 2) = log7(24)

4

300

Find the radian measures that correspond to the degree measures 210° and −145°.

7π/6 rad and -29π/36 rad

300

Find x

138.6

300

Without finding x, find the exact value of tanx*secx if sinx < 0 and cos x = -3/4

-4√7/9

400

Expand: ln[(x5√{x-9})/7x+8]

5ln(x) + (1/2)ln(x-9) - ln(7x+8)

400

Solve the equation.

e2x − ex − 56 = 0

2.0794

400

Find an angle between 0 and 2𝜋 that is coterminal with the given angle.
51𝜋/2

3𝜋/2 rad

400

400

388

400

Find the exact value of csc(3π/2)*cos(-π/6)-sin(2π/3)

-√3 

500

Combine: 4log(x) - (1/5)log(x2+1)+4log(x-1)

log[(x4(x-1)4)/5√(x2+1)]

500

Solve the equation for x.

log2(log3(x)) = 1

9

500

The measure of an angle in standard position is given. Find two positive angles and two negative angles that are coterminal with the given angle 

315°

315° is coterminal with 315° + 360° = 675°, 315° + 720° = 1035°, 315° − 360° = −45°, and 315° − 720° = −405°.

500

500

8.4

500

Given tan(x) = -5/12, x in Quadrant II. Find:

cos(x)

csc(x)

cos(x) = -12/13

csc(x) = 13/5

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