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| 1 | from math import ceil | |
| 2 | count_days = int(input()) | |
| 3 | count_km_first_day = float(input()) | |
| 4 | check_count_days = count_days | |
| 5 | total_km = count_km_first_day | |
| 6 | total = count_km_first_day | |
| 7 | while check_count_days: | |
| 8 | percent_up = int(input()) | |
| 9 | percent = percent_up / 100 | |
| 10 | total_km = total_km + total_km * percent | |
| 11 | total += total_km | |
| 12 | # print(total_km) | |
| 13 | # print(total) | |
| 14 | ||
| 15 | check_count_days -= 1 | |
| 16 | ||
| 17 | - | total = round(ceil(total)) |
| 17 | + | #total = round(ceil(total)) |
| 18 | diff = abs(total - 1000) | |
| 19 | - | print(f"You've done a great job running {(total - 1000)} more kilometers!")
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| 19 | + | diff_ceil = ceil(diff) |
| 20 | if total >= 1000: | |
| 21 | - | print(f"Sorry Mrs. Ivanova, you need to run {(1000 - total)} more kilometers") |
| 21 | + | print(f"You've done a great job running {diff_ceil} more kilometers!")
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| 22 | elif total < 1000: | |
| 23 | print(f"Sorry Mrs. Ivanova, you need to run {diff_ceil} more kilometers") |
