To solve this problem, we can follow these steps: 1. Initialize two variables, `singleDigitSum` and `doubleDigitSum`, to 0. These will hold the sum of all single-digit numbers and double-digit numbers in the array, respectively. 2. Iterate over the array. For each number, check if it is a single-digit number (i.e., less than 10) or a double-digit number (i.e., greater than or equal to 10). 3. If it is a single-digit number, add it to `singleDigitSum`. If it is a double-digit number, add it to `doubleDigitSum`. 4. After iterating over the array, check if either `singleDigitSum` or `doubleDigitSum` is greater than the sum of all numbers in the array divided by 2. If either is true, return true. Otherwise, return false. Here is a Python solution following the above steps: ```python def canAliceWin(nums): singleDigitSum = 0 doubleDigitSum = 0 totalSum = sum(nums) for num in nums: if num totalSum / 2 or doubleDigitSum totalSum / 2 ``` This function works by calculating the sum of all single-digit and double-digit numbers in the array, and then checking if either sum is greater than half of the total sum of all numbers in the array. If either sum is greater than half of the total sum, Alice can win the game by choosing those numbers.

Question

To solve this problem, we can follow these steps:

1. Initialize two variables, `singleDigitSum` and `doubleDigitSum`, to 0. These will hold the sum of all single-digit numbers and double-digit numbers in the array, respectively.

2. Iterate over the array. For each number, check if it is a single-digit number (i.e., less than 10) or a double-digit number (i.e., greater than or equal to 10).

3. If it is a single-digit number, add it to `singleDigitSum`. If it is a double-digit number, add it to `doubleDigitSum`.

4. After iterating over the array, check if either `singleDigitSum` or `doubleDigitSum` is greater than the sum of all numbers in the array divided by 2. If either is true, return true. Otherwise, return false.

Here is a Python solution following the above steps:

```python
def canAliceWin(nums):
    singleDigitSum = 0
    doubleDigitSum = 0
    totalSum = sum(nums)

for num in nums:
        if num < 10:
            singleDigitSum += num
        else:
            doubleDigitSum += num

return singleDigitSum > totalSum / 2 or doubleDigitSum > totalSum / 2
```

This function works by calculating the sum of all single-digit and double-digit numbers in the array, and then checking if either sum is greater than half of the total sum of all numbers in the array. If either sum is greater than half of the total sum, Alice can win the game by choosing those numbers.

Knowee AI · Accepted Answer