f(x)-2 switch x & y y/x 2f(x) hyp/opp Flip the base opp/hyp DesCartes Rule of Signs Root is tangent to x-axis Frequency Exponents 2f(x) rsin(theta) adj/opp y=cosx y=secx No H.A. i rcos(theta) f(x+2) 1/cscx y=cotx Conjugate Pairs y/r f(-x) 1/cotx -f(x) 1/tanx tan(pi/2 - x) f(x- 2) Negative Reciprocal Slopes s 1/2f(x) sin(pi/2- x) VLT y=sinx 1/cosx Exponent 45- 45-90 Rational Root Test 30- 60-90 Non- removable 0's in the denominator 2pi/freq x/r opp/adj Midline f(x)+2 adj/hyp sec(pi/2- x y=tanx f(2x) 1/secx 1/sinx HA: y=quotient of coefficients Amplitude y=cscx HA: y=0 hyp/adj theta f(x)-2 switch x & y y/x 2f(x) hyp/opp Flip the base opp/hyp DesCartes Rule of Signs Root is tangent to x-axis Frequency Exponents 2f(x) rsin(theta) adj/opp y=cosx y=secx No H.A. i rcos(theta) f(x+2) 1/cscx y=cotx Conjugate Pairs y/r f(-x) 1/cotx -f(x) 1/tanx tan(pi/2 - x) f(x- 2) Negative Reciprocal Slopes s 1/2f(x) sin(pi/2- x) VLT y=sinx 1/cosx Exponent 45- 45-90 Rational Root Test 30- 60-90 Non- removable 0's in the denominator 2pi/freq x/r opp/adj Midline f(x)+2 adj/hyp sec(pi/2- x y=tanx f(2x) 1/secx 1/sinx HA: y=quotient of coefficients Amplitude y=cscx HA: y=0 hyp/adj theta
(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
f(x)-2
switch x & y
y/x
2f(x)
hyp/opp
Flip the base
opp/hyp
DesCartes Rule of Signs
Root is tangent to x-axis
Frequency
Exponents
2f(x)
rsin(theta)
adj/opp
y=cosx
y=secx
No H.A.
i
rcos(theta)
f(x+2)
1/cscx
y=cotx
Conjugate Pairs
y/r
f(-x)
1/cotx
-f(x)
1/tanx
tan(pi/2 - x)
f(x-2)
Negative Reciprocal Slopes
s
1/2f(x)
sin(pi/2-x)
VLT
y=sinx
1/cosx
Exponent
45-45-90
Rational Root Test
30-60-90
Non-removable 0's in the denominator
2pi/freq
x/r
opp/adj
Midline
f(x)+2
adj/hyp
sec(pi/2-x
y=tanx
f(2x)
1/secx
1/sinx
HA: y=quotient of coefficients
Amplitude
y=cscx
HA: y=0
hyp/adj
theta