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PotW: Prove that the Fraction is Irreducible [Number Theory]
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0:05:29
PotW: Prove that the Fraction is Irreducible [Number Theory]
0:06:07
PotW: Fraction Representations [Algebra]
0:01:21
Irreducible Fraction
0:05:32
PotW: Partial Fractions [Calculus]
0:01:00
Prove that fraction (21n+4)/(14n+3) is in lowest terms. From the very first IMO (1959)
0:04:05
Prove that given fraction is irreducible
0:02:54
Equivalent Fractions (proof)
0:03:27
PotW: Finding the product of five fractions [Factorization]
0:04:50
FRACTION DIVISION PROOF
0:10:10
Partial Fractions | Repeating and irreducible Quadratic Terms
0:04:12
PotW: Getting from 0 to 100 in four steps [Combinatorics]
0:04:19
PotW: Solving Equation for Variables [Algebra]
0:01:59
prove that the fraction 21n+4/14n+3 is irreducible for every natural value of n.
0:03:28
Solving the First IMO Question Ever | Prove (14n+3)/(21n+4) is Irreducible | Number Theory Question
0:15:00
Proving Fractions are Equivalent
0:03:50
PotW: Factorization Problem
0:05:51
Prove (13n + 15)/(6n + 7) is a reduced fraction for all integers n , Similar to 1959 IMO, Romania
0:03:59
PotW: Comparing Numbers [Inequalities]
0:04:20
Proving a trig identity by combining fractions
0:04:17
PotW: A Set of Integers [Number Theory]
0:04:23
PotW: What is b? [Algebra]
0:03:23
PotW: Sums of Squares and 7 [Number Theory]
0:05:27
PotW: Triples that equal 11 [Algebra]
0:06:16
PotW: Minimizing a Number [Inequalities]
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