adj/hyp switch x & y theta 1/2f(x) 2pi/freq opp/hyp 2f(x) Negative Reciprocal Slopes Root is tangent to x-axis Frequency 1/cosx y/x hyp/opp 1/cscx HA: y=0 Midline opp/adj f(x- 2) adj/opp sec(pi/2- x y/r 2f(x) 45- 45-90 hyp/adj y=sinx x/r f(x)-2 1/cotx y=tanx -f(x) rsin(theta) f(x+2) 1/secx i f(x)+2 f(-x) 30- 60-90 s Flip the base VLT sin(pi/2- x) DesCartes Rule of Signs y=cscx Exponents Non- removable 0's in the denominator HA: y=quotient of coefficients No H.A. y=cosx 1/tanx y=cotx f(2x) 1/sinx Rational Root Test Amplitude Conjugate Pairs rcos(theta) y=secx Exponent tan(pi/2 - x) adj/hyp switch x & y theta 1/2f(x) 2pi/freq opp/hyp 2f(x) Negative Reciprocal Slopes Root is tangent to x-axis Frequency 1/cosx y/x hyp/opp 1/cscx HA: y=0 Midline opp/adj f(x- 2) adj/opp sec(pi/2- x y/r 2f(x) 45- 45-90 hyp/adj y=sinx x/r f(x)-2 1/cotx y=tanx -f(x) rsin(theta) f(x+2) 1/secx i f(x)+2 f(-x) 30- 60-90 s Flip the base VLT sin(pi/2- x) DesCartes Rule of Signs y=cscx Exponents Non- removable 0's in the denominator HA: y=quotient of coefficients No H.A. y=cosx 1/tanx y=cotx f(2x) 1/sinx Rational Root Test Amplitude Conjugate Pairs rcos(theta) y=secx Exponent tan(pi/2 - x)
(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.
adj/hyp
switch x & y
theta
1/2f(x)
2pi/freq
opp/hyp
2f(x)
Negative Reciprocal Slopes
Root is tangent to x-axis
Frequency
1/cosx
y/x
hyp/opp
1/cscx
HA: y=0
Midline
opp/adj
f(x-2)
adj/opp
sec(pi/2-x
y/r
2f(x)
45-45-90
hyp/adj
y=sinx
x/r
f(x)-2
1/cotx
y=tanx
-f(x)
rsin(theta)
f(x+2)
1/secx
i
f(x)+2
f(-x)
30-60-90
s
Flip the base
VLT
sin(pi/2-x)
DesCartes Rule of Signs
y=cscx
Exponents
Non-removable 0's in the denominator
HA: y=quotient of coefficients
No H.A.
y=cosx
1/tanx
y=cotx
f(2x)
1/sinx
Rational Root Test
Amplitude
Conjugate Pairs
rcos(theta)
y=secx
Exponent
tan(pi/2 - x)