Exponent Rules & Functions
SOH CAH TOA
SL & CL
Sine Function
True or False
100

simplify (2x5y3)4

what is 16x20y12

100

What trigonometry ratio would you choose to solve for side x?


CAH

100

What formula do you have to start with?  How do you know?

Sine Law - there is a known angle and opposite side length given

100
What is the amplitude, domain, and range for:

f(x) = sin x + 3

a = 1

D:{XER}

R:{YER|2<y<4}

100

(True or False) This represents a periodic function:


False
200

simplify: (13z)5

what is 115z5

or z5

200

Find the value of x. Round to one decimal. 

x=15.9

200

Find the measurement of angle Q (round to a whole number).

250

200

What transformations have been applied?

y=1/2 sinx+1

vertical compression by 1/2

a = 1/2

shifted up 1

D:{xER}

R:{yER|0.5<y<1.5}

200

T/F: The period is 4

True

300


2243

300

Find  x 

6.09 km

300

Find  x 

3.79 cm

300

What transformations have been applied?

y= 4sin(5(x-10))+7

vertically stretched by 4, a = 4, not reflected

period = 72 

shifted right 10

shifted up 7

D: {xER}

R: {yER| 3<y<11}

300

T/F: You can use Sine Law and Cosine Law on right triangles

True

400

simplify:

(5^-3x^-7)/(a^-9c^-5)

What is:

(a^9c^5)/(5^3x^7)

400

Find \theta 

41.8°

400

Solve for A to the nearest tenth of a degree

X=22.1º

400

The spokes of a water wheel go around in a consistent pattern, represented by:

h(x)=sin x

What is the radius of the water wheel?

radius = 1

400

T/F: These are co-terminal angles: 75 & 425

False

500

f(x)=(0.93)x

What is the domain, range, x-int, y-int, asymptotes

D: {xER}

R:{yER|0<y}

x-int: NONE

y-int: (0, 1)

asymptote: x-axis

500

What is the measurement of the three missing angles?

top left = 370

bottom left = 1220 

bottom right = 580

500

What two scenarios do you use Cosine Law?

1) When you have the measurement of two sides and the angle in between them given

2) When you have the measurement of all three side lengths given

500

The height of a Ferris Wheel is modelled by:

h(x)=6sin(x-90)+7

What are the maximum and minimum heights of the riders on the Ferris Wheel?

max = 13

min = 1

500

T/F: You should start with Sine Law to solve this triangle

True (after subtracting for angle C)

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