(of
I
assume)
(of I assume) 1 is not a quadratic residue If p 4k3 for some positive integer...
Let n,
and let
n
be a reduced residue. Let r = odd().
Prove that if r = st for positive integers s and t, then
old(t)
= s.
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Assume that a procedure yields a binomial distribution with a
trial repeated n=5n=5 times. Use some form of technology to find
the cumulative probability distribution given the
probability p=0.155p=0.155 of success on a single trial.
(Report answers accurate to 4 decimal places.)
k
P(X < k)
0
1
2
3
4
5
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Find
f: [0, 1] + R given by ſi if r = for any positive integer n, JE) 10 otherwise, We were unable to transcribe this image
Let n be a positive integer with n > 20 , and let
with
1. Show that S possess two disjoint subsets, the sum of whose
elements are equal.
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Prove that for every positive real (important: is not
necessarily an integer), that
.
Hint: For every , the function
is
strictly growing.
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Need some help with SERIES SOLUTION - 2nd ORDER EQUATION For the differential equation, (1) a. Calculate the indicial equation for the power series solution (Answer in a quadratic polynomial in terms of c.) b. Calculate the solutions of the indicial equation found above. c. Calculate the point from the above equation (1) as i. ORDINARY POINT ii. REGULAR SINGULAR POINT iii. IRREGULAR SINGULAR POINT We were unable to transcribe this imagey-Σ@m(z _ 4)nte We were unable to transcribe this...
Let ( and be sequences (of real numbers.) Assume that (for some ) and for all . Prove that . (anhel (bn)n-1 Cn We were unable to transcribe this imageLER am - 2 n EN We were unable to transcribe this image
consider the variation of constants formula where P(t)= a) show that solves the initial value problem x'+p(t)=(t) x()= when p and q are continuous functions of t on an interval I and tg p(s)ds We were unable to transcribe this imageWe were unable to transcribe this imageWe were unable to transcribe this imageWe were unable to transcribe this imageWe were unable to transcribe this image tg p(s)ds
Use the Eisenstein Criterion to prove that if
is a squarefree integer, then
is irreducible in
for every
. Conclude that there are irreducible polynomials in
of every degree
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Show that Brewster's Law (where the incident angle i = p ) and Snell's Law together imply that p +2 = 90 degrees. We were unable to transcribe this imageWe were unable to transcribe this imageWe were unable to transcribe this imageWe were unable to transcribe this image