The volume of this market defines a polynomial as given in the description. On close, will this polynomial have at least one real root?

11

429

Ṁ65resolved Mar 10

Resolved

YES1D

1W

1M

ALL

Examples: 1234$ -> x^3+2x^2+3x+4
563$ -> x^2+6x+3
70 009$ -> 7x^4+9
Formal definition: Call the digits of the volume, in order, A(n-1),...,A0, where n is the number of digits. The polynomial in question is A(n-1)x^(n-1)+....+A0x^0.
Mar 3, 11:38am: second example should say 5x^2+6x+3
Mar 10, 10:33am: x=-3/4

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