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repeated multiplying patterns
use exponents
repeated adding patterns
use multiplication
Arithmetic Sequence nth term(Explicit)
an = a1 + (n-1)d
Geometric Sequence nth term(Explicit)
an = (a1)(r^n-1)
Arithmetic Sequence Partial Sum
Sn = (n/2)(a1 + an)
Geometric Sequence Partial Sum
Sn = a1(1-r^n / 1-r)
Arithmetic sequence recursive formula
an = an-1+d
Geometric sequence recursive formula
an = an-1(r)
infinite sum arithmetic sequence
N/A
Infinite sum geometric sequence
Sn = a/(1-r) , |r|<1
Summation Notation
n on top = end
k= _ is where to start
ak is formula
nCr
(n)
(r )
n!/ r!(n-r)!
Binomial theorem: (a + b)^n
(n j ) (a^n-j)(b^j)