GeekDad Puzzle of the Week - Base 2 Number Find

Imagine set of 32 hexadecimal numbers, each with 8 digits. If we convert each hex digit as a four digit, base 2 number, we have a 32×32 grid of binary numbers. This is the perfect start of a number-find puzzle (like a word-find, but with numbers!)

Example: 1B8A42DE translates to 0001 1011 1000 1010 0100 0010 1101 1110.

Given the set of 32 hex numbers below, create the grid, and traverse it to find the eight 85s and the eight 170s present. Send their locations in an email to GeekDad Central for your chance at this week’s fabulous prize: a $50 Gift Certificate from our friends at ThinkGeek.

Note that standard word-grid rules apply, all numbers are 8-bit, and that binary numbers convert to decimal directionally, i.e., 00011011 and 11011000 are the same first 8 horizontal digits from different directions, but result in different base 10 numbers.

The set of 32 hex numbers that define the binary grid appear below:
1B8A42DE 8E5AB80A 59ACEE0A 36EBF6C4 31E9CCFC F4C399BA 42BC00C4 0945AE5B 35D39DFD 6185EAD9 23639B15 12011880 A542F7C1 26F5EECE F24484C1 95352420 2C252ED6 B6454713 79ACA6B0 BB5A1AC0 6F25D001 A4BB272C 7D530CB9 3A8C9EE5 E39266EA CEC721A5 A883417A CCFCCB5E 3B19B85D 7759689C 54168FEA B91C42E9