Reference Summary: Prove that every positive integer can be written as the sum of terms each of which of the form 2^r*3^s where no two different ...

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Supporting Images

Cracking Putnam problem with ease. With @letsthinkcritically
A Problem About Surds | Putnam 1953 A6
An Interesting Substitution | Putnam 1980 A3
An Inequality Helps Solve this Problem Very Quickly | Putnam 2005 B2
Why does this Inequality Hold? | Putnam 2002 B3
A Geometric Way to Solve This Problem
Recurrence Relation on Polynomials | Putnam 2017 A2
An Easy Old Putnam Problem | Putnam 1954 A7 (modified)
An Unintuitive Solution To A Beautiful Putnam Problem
When are Those Two Powers Equal? | Putnam 1960 B1
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Cracking Putnam problem with ease. With @letsthinkcritically

Cracking Putnam problem with ease. With @letsthinkcritically

Read more details and related context about Cracking Putnam problem with ease. With @letsthinkcritically.

A Problem About Surds | Putnam 1953 A6

A Problem About Surds | Putnam 1953 A6

Read more details and related context about A Problem About Surds | Putnam 1953 A6.

An Interesting Substitution | Putnam 1980 A3

An Interesting Substitution | Putnam 1980 A3

Read more details and related context about An Interesting Substitution | Putnam 1980 A3.

An Inequality Helps Solve this Problem Very Quickly | Putnam 2005 B2

An Inequality Helps Solve this Problem Very Quickly | Putnam 2005 B2

Read more details and related context about An Inequality Helps Solve this Problem Very Quickly | Putnam 2005 B2.

Why does this Inequality Hold? | Putnam 2002 B3

Why does this Inequality Hold? | Putnam 2002 B3

Read more details and related context about Why does this Inequality Hold? | Putnam 2002 B3.

A Geometric Way to Solve This Problem

A Geometric Way to Solve This Problem

Read more details and related context about A Geometric Way to Solve This Problem.

Recurrence Relation on Polynomials | Putnam 2017 A2

Recurrence Relation on Polynomials | Putnam 2017 A2

Read more details and related context about Recurrence Relation on Polynomials | Putnam 2017 A2.

An Easy Old Putnam Problem | Putnam 1954 A7 (modified)

An Easy Old Putnam Problem | Putnam 1954 A7 (modified)

Read more details and related context about An Easy Old Putnam Problem | Putnam 1954 A7 (modified).

An Unintuitive Solution To A Beautiful Putnam Problem

An Unintuitive Solution To A Beautiful Putnam Problem

Prove that every positive integer can be written as the sum of terms each of which of the form 2^r*3^s where no two different ...

When are Those Two Powers Equal? | Putnam 1960 B1

When are Those Two Powers Equal? | Putnam 1960 B1

Read more details and related context about When are Those Two Powers Equal? | Putnam 1960 B1.