Can anyone figure it out? Who can figure it out?

This is 100 gold for five people, and 100 people for 100 gold is too tired. No one has to rob one by one.

Here's how the reasoning goes: Push back forward, if No. 1-3 are all dead, and only No. 4 and No. 5 are left, No. 5 must vote against letting No. 4 die, in order to monopolize all the dollars. Therefore, No. 4 can only save his life if he supports No. 3.

Knowing this, No. 3 will propose a (100,0,0) distribution plan, and will not pull out a dime a dime for No. 4 and No. 5 and classify all the dollars as own, because he knows that No. 4 will get nothing but will still vote in favor, and his plan can be approved with one vote of his own. However, when No. 2 learns about No. 3's plan, it proposes a (98,0,1,1) plan, i.e., abandoning No. 3 and giving No. 4 and No. 5 one dollar each. Since the scheme is more advantageous for No. 4 and No. 5 than when they are assigned to No. 3, they will support him and do not want him to be out and assigned by No. 3.

In this way, the 2nd will take 98 dollars. However, No. 2's plan will be understood by No. 1, who will propose (97,0,1,2,0) or (97,0,1,0,2) that is, give No. 2 one dollar and give No. 3 one dollar, and No. 4 (or No. 5) two dollars. Since No. 1's plan is better for No. 3 and No. 4 (or No. 5) than for No. 2, they will vote in favor of No. 1, plus No. 1's own vote, and No. 1's plan will pass, and $97 will easily fall into the pocket.

This is undoubtedly the plan that can get the most out of No. 1.

51,0,1,0,1,0,1,……1,0,, using the psychology that if people don't agree, they will be thrown into the sea by the people who come after them, and the last person will benefit.

Is it divided into two golds? If so. The first fifty people will get two golds. These fifty people would have agreed.

I read it a few years ago, and I tested my business acumen, but I forgot....

The addition of three odd numbers cannot be equal to an even number, so this question cannot be solved.

The sum of three normal odd numbers cannot equal 30.

e.g. odd number, ; 3+5+7=15；7 + 9 + 11 = 27, from which it is concluded that the sum of three odd numbers will not be equal to even numbers, so there is no solution.

As a puzzle, there are many ways to do it, such as:

1. Use factorial, 3!+11+13=30 (3!=6)2, turn 9 upside down to get 6, 6 + 11 + 13 = 303, use decimals, +15 + 15'=30 ('Representing the derivative, the derivative of the constant is 0, i.e., 15'=0)

There is no solution to this answer. The sum of 3 odd numbers cannot be even.

You take 1 and put it on top of the equals, it becomes "≠" and you can add it as you like.

The answer is 6

The specific process: The black dot represents 0 and the yellow dot represents 1

The first row, all black dots, is 0+1=1

Row 2, 1 yellow dot on the right, is 1+1=2

Row 3, with 2 yellow dots on the right, is 2+1=3

Row 4, the yellow dot on the right, is 1+2+1=3. It can be speculated that the yellow dot in the first position on the right represents 1, and the yellow dot in the second position on the right represents 2. Presumably, the 3rd yellow dot on the right represents 3, and the 4th yellow dot represents 4

Looking at the 5th row, the yellow dots in the 1 and 3 digits on the right side are 1+3+1=5, which is in line with the above speculation.

In line 6, the yellow dot on the right side is 2+3+1=6, which is in line with the speculation.

Then in the 7th row, the yellow dots in the 1st and 4th digits on the right, then 1+4+1=6

The white biscuit position is the number represented. The answer is 6

Safflower = 20 Orchid = 5 Yellow Flower = 2 Yellow Flower + Safflower + Orchid = 20 + 5 + 2 = 27

Safflower is 20, Blue Flower is 10, Yellow Flower is 2, then Yellow Flower plus Safflower multiplied by Blue Flower is 2+20*5=102

I don't know if that's the case.

There is also a sentence above, 2% of people.

The above numbers can be reused, so, 2 + 13 + 15 = 30

Shoes = 10 Cats = 3 Whistles = 2 Note the number of whistles and multiplication that the cat wears and the number of whistles.