Consider the hash table that results after the letters ALGORITHMIC have been inserted, in that order, into an initially empty table with 13 slots using linear probing. (Assume we're implementing a multi-set, so duplicate entries are permitted.) For your hash function, use h(k) = k % 13 where k is assigned as follows: A: 1 B: 2 C: 3 D: 4 E: 5 F: 6 G: 7 H 8 I: 9 J: 10 K: 11 L: 12 M: 13 N: 14 O: 15 P: 16 Q: 17 R: 18 S: 19 T: 20 U: 21 V: 22 W: 23 X: 24 Y.25 Z: 26 What letter will be in position 10 of the array used to store the table? A L G O R I T H M C that slot is empty