pow:problem2s23
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| pow:problem2s23 [2023/02/26 04:50] – mazur | pow:problem2s23 [2023/02/26 04:51] (current) – mazur | ||
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| + | <box 85% round orange| Problem 2 (due Monday, February 20)> | ||
| + | Find all positive integers $n$ which have the following property: | ||
| + | there is a continuous | ||
| + | function $f:\mathbb R\longrightarrow \mathbb R$ such that for every | ||
| + | real number $t$ the equation $f(x)=t$ has either no solutions or exactly | ||
| + | $n$ different solutions. | ||
| + | |||
| + | </ | ||
| + | |||
| + | We have not received any solutions. The positive integers in question are exactly all | ||
| + | odd natural numbers. For a detailed solution see the following link {{: | ||
