Про GPT-4o мы тут пожалуй писать не будем, эти новости кругом.
Разве что констатируем что элементарные задачки решать так и не умеет.
Let's solve the puzzle step-by-step by assigning variables to the dogs and solving the equations.
First equation:
🐺 × 🐺 × 🐺 = 64
This means 🐺³ = 64, so 🐺 = 4.
Second equation:
🐶 + 🐶 + 🐶 = 10
This means 3🐶 = 10, so 🐶 = 3.33 (This doesn't seem correct as we're dealing with whole numbers. Let's assume there was a mistake in this equation and proceed to find the correct solution.)
Third equation:
🐺 + 🐶 + 🐶 = 27
Substituting 🐺 = 4, we get:
4 + 2🐶 = 27
2🐶 = 23
🐶 = 11.5 (Again, it seems there might be an inconsistency. Let's check the fourth equation for more clarity.)
Fourth equation:
🐶 + 🐶 + 🐺 = ?
Let's see if we can derive any more accurate values from this setup.
Revisiting the second equation:
Let's try a different approach since 3🦊 = 10 is yielding a non-integer solution.
Let's reconsider step-by-step again:
First equation:
🐺 × 🐺 × 🐺 = 64, thus 🐺 = 4.
Second equation:
🐶 + 🐶 = 10 (2🐶 = 10, therefore 🐶 = 5.)
Third equation:
🐺 + 🐶 + 🐶 = 27, substituting 🐺 = 4 and 🐶 = 5:
4 + 5 + 🐩×5 = 27, so 5x = 23
🐩 = 3
Fourth equation:
🐶 + 🐶 + 🐺 = ?, substituting values:
5 + 5 + 3 = 13
Therefore, the final answer is:
🐶 + 🐶 + 🐺 = 13.
@F_S_C_P
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