partial sums x 180/ π 3x2+2x+4 n(t)=noe- rt 2 both explicit y- y1=m(x- x1) IV arithmetic recursive 3 start and finish explicit, x or input n(t)=noert, 1unit pH=- log[H+] x/y 3π/4 even they flip π/180 y geometric 1 triangles y or output 1/x ClogaA natural log 45° horizontal line test loga(A/B) reciprocal identities an=arn- 1 16 y/x 1/y piece- wise 180° change of base formula sigma notation sinA/a=sinB/b=sinC/c an inverse y=f- 1(x) logaA+logaB, isolate the log (0,-1) an=a+d(n- 1) partial sums x 180/ π 3x2+2x+4 n(t)=noe- rt 2 both explicit y- y1=m(x- x1) IV arithmetic recursive 3 start and finish explicit, x or input n(t)=noert, 1unit pH=- log[H+] x/y 3π/4 even they flip π/180 y geometric 1 triangles y or output 1/x ClogaA natural log 45° horizontal line test loga(A/B) reciprocal identities an=arn- 1 16 y/x 1/y piece- wise 180° change of base formula sigma notation sinA/a=sinB/b=sinC/c an inverse y=f- 1(x) logaA+logaB, isolate the log (0,-1) an=a+d(n- 1)
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partial sums
x
180/π
3x2+2x+4
n(t)=noe-rt
2
both explicit
y-y1=m(x-x1)
IV
arithmetic
recursive
3
start and finish
explicit,
x or input
n(t)=noert,
1unit
pH=-log[H+]
x/y
3π/4
even
they flip
π/180
y
geometric
1
triangles
y or output
1/x
ClogaA
natural log
45°
horizontal line test
loga(A/B)
reciprocal identities
an=arn-1
16
y/x
1/y
piece-wise
180°
change of base formula
sigma notation
sinA/a=sinB/b=sinC/c
an inverse
y=f-1(x)
logaA+logaB,
isolate the log
(0,-1)
an=a+d(n-1)