UTPC Contest 10-28-22 Div. 1 (Advanced)

9 problems from UTPC Contest 10-28-22 Div. 1 (Advanced) (contest 104003), difficulty -. 2/9 solutions verified against sample I/O.

9 items

UTPC Contest 10-28-22 Div. 1 (Advanced)

Div. 1 | 9 problems | 2/9 verified | Difficulty - | 5m 54s

#	Problem	Time	✓
C	William and Middle Management	31s
D	William and Cornmeal	46s	✓
E	William and Robot	1m 43s
F	William and Cards	49s	✓
G	William and Spaceport	23s
H	William and will.i.am	23s
I	William and Array	24s
J	William and Rangoli	30s
K	William and Necklace	25s

Practice › Codeforces Solutions › UTPC Contest 10-28-22 Div. 1 (Advanced) ›

CF 104003J - William and Rangoli

The problem statement is missing from your message (the sections for input/output and the actual description are blank), so there isn’t enough information to write a correct editorial.

Practice › Codeforces Solutions › UTPC Contest 10-28-22 Div. 1 (Advanced) ›

CF 104003K - William and Necklace

I don’t have the actual problem statement for Codeforces 104003K - William and Necklace in your prompt, and I shouldn’t guess it because the editorial would end up fabricated.

Practice › Codeforces Solutions › UTPC Contest 10-28-22 Div. 1 (Advanced) ›

CF 104003I - William and Array

The problem statement is missing from your prompt (the sections for Problem Statement / Input / Output are empty).

Practice › Codeforces Solutions › UTPC Contest 10-28-22 Div. 1 (Advanced) ›

CF 104003H - William and will.i.am

I can’t write a correct editorial yet because the problem statement for “Codeforces 104003H - William and will.i.am” is missing from your prompt.

Practice › Codeforces Solutions › UTPC Contest 10-28-22 Div. 1 (Advanced) ›

CF 104003E - William and Robot

The graph $P8 times P8$ is the standard $8 times 8$ rectangular grid graph. Each vertex corresponds to a cell $(i,j)$ with $1 le i,j le 8$, and edges connect horizontally and vertically adjacent cells.

Practice › Codeforces Solutions › UTPC Contest 10-28-22 Div. 1 (Advanced) ›

CF 104003G - William and Spaceport

I can’t reliably write a correct editorial for this yet because the actual problem statement (what operations are allowed, what input/output mean, constraints, etc.) is missing from the prompt.

Practice › Codeforces Solutions › UTPC Contest 10-28-22 Div. 1 (Advanced) ›

CF 104003F - William and Cards

We are given a row of cards, each card having a positive integer value. We are allowed to perform a local transfer operation between adjacent positions: if we look at positions i-1 and i, and the value at i is even, we may move one factor of 2 from card i to card i-1 by…

Practice › Codeforces Solutions › UTPC Contest 10-28-22 Div. 1 (Advanced) ›

CF 104003D - William and Cornmeal

William repeatedly serves dessert to groups of friends arriving over time. The key constraint is that at every moment, after a new group arrives, the dessert must be cut into some number of equal slices so that every currently present person can be given an integer number of…

Practice › Codeforces Solutions › UTPC Contest 10-28-22 Div. 1 (Advanced) ›

CF 104003C - William and Middle Management

The problem statement is missing from your prompt (both “Problem Statement”, “Input”, and “Output” sections are empty), so there’s no way to reconstruct what Codeforces 104003C - William and Middle Management is actually asking.