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· 1-5 · 6-10 · 11-15 · 16-20 · 21-25 · 26-30 · 31-35 · 36-40 · 41-45 · 46-50 · 51-55 ·Proof : Every Integer Greater than 11 is the Sum of Two Composite Integers
Show that every integer greater than 11 is the sum of two composite integers.
Subject:
Math
Topic:
Numerical Analysis
Posting ID:
11577
OTA ID:
103139
Euclidean Algorithm : Finding the Greatest Common Divisor
Use the euclidean algorithm to find the greatest common divisor of 981 and 1234.
Subject:
Math
Topic:
Numerical Analysis
Posting ID:
11579
OTA ID:
102827
Show that there are no "prime triplets", that is numbers p, p+2, p+4, that are primes other than 3,5,7.
Subject:
Math
Topic:
Numerical Analysis
Posting ID:
11583
OTA ID:
103642
Consecutive Composite Integers
a) find the smallest 5 consecutive composite integers. b) find one million consecutive composite integers.
Subject:
Math
Topic:
Numerical Analysis
Posting ID:
11593
OTA ID:
101298
Real Analysis : Proof using Summation Integrals
For numbers a1,....,an, define p(x) = a1x +a2x^2+....+anx^n for all x. Suppose that: (a1)/2 + (a2)/3 +....+ (an)/(n+1) = 0 Prove that there is some point x in the interval (0,1) such that p(x) = 0
Subject:
Math
Topic:
Numerical Analysis
Posting ID:
11671
OTA ID:
101767
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