Omnipotent Data

There are many issues to consider in this question. What is required is very meticulous calculation ability.

If you make a mistake in one step, you may miss the correct answer.

Groups of data were being calculated methodically in Cheng Nuo's mind.

in a minute...

Cheng Nuo stretched, and he had already figured out the probability of the three of them surviving to the end in his mind.

Xiao Li: Xiao Huang: Xiao Lin is 38:27:35.

Therefore, among the three, the one who is most likely to survive to the end is Kobayashi who has the worst marksmanship!

Cheng Nuo ticked the answer to option A and continued to the next question.

The basic score for this question is three points.

This question tests the spatial imagination of the contestants.

The question gave the contestants a piece of origami after unfolding, with creases on it.

What the contestants need to do is to first construct the origami on the computer screen in their minds, and then use the spatial imagination to fold the origami according to the creases. Select the folded graphic on the computer screen.

In order to increase the difficulty, the program team gave the contestants not 4 options to choose from, but... a terrifying 26! There are 26 options corresponding to A~Z.

The dense graphics occupied two full pages of the screen.

And the appearance of the graphics displayed after each fold is extremely small. Yes, even a difference in the length of a smile in a certain position.

Cheng Nuo stared carefully at the computer screen.

This origami consists of 27 rectangles of different lengths, 6 triangles of different sizes, and 3 trapezoids of different specifications.

The data of a total of 36 graphics was collected into the brain through Cheng Nuo's eyes.

No. 1 rectangle: length 1.32 cm, width 0.51 cm.

Rectangle No. 2: length 1.32 cm, width 0.45 cm.

…………

Triangle No. 1: The lengths of the three sides are 2.15 cm, 2.54 cm, and 2.96 cm.

Triangle No. 2: ...

…………

No. 1 trapezoid: the upper side is 1.32 cm long, and the lower side is long...

With extremely precise data, Cheng Nuo's brain constructed an origami model that was exactly the same as that on the computer screen.

First, the No. 1 rectangle is turned up 90 degrees, the No. 2 rectangle is turned down 90 degrees, ... the No. 1 triangle is turned up 90 degrees...

Thirty seconds later, Cheng Nuo successfully folded the origami.

4.25cm long, 3.65cm wide, 5.35cm high, the notch is at 2.21cm high, 0.24cm wide, 1.22cm long...

Cheng Nuo compared the graphic data calculated by his brain with the 26 graphics displayed on the screen.

"I found you." Suddenly, Cheng Nuo smiled, and his eyes stopped on the option "H".

Cheng Nuo had great confidence in his answer. So I didn't look at the following options at all, just choose OK.

"Hey, it's so simple, it's not challenging at all."

Cheng Nuo stretched, twisted his neck, and looked at the next question on the screen.

"Hey! Find the difference!"

Cheng Nuo was startled suddenly.

That's right, this question is a question that people often do when they are bored in their spare time-find the difference!

Two pictures with very little difference need to find out their differences in subtleties.

Usually what we do to find differences is basically a very simple scene. For example, a simple picture of a cartoon character, or a simple decoration of a house.

And the question of the strongest brain, even if it is only a preliminary test, is not as simple as we usually do.

Presented in front of Cheng Nuo were two pictures that almost covered the entire computer screen.

The scene is a party held in a hotel.

Cheng Nuo just glanced at it, and found that there were 45 differently dressed people in this picture alone!

Plus all kinds of drinks, dishes, tables and chairs that will appear in the party...

There are more than one hundred objects in total.

There are thousands of details that can be changed by the "Most Powerful Brain" program group.

Therefore, the basic score for this question is a full five points!

It was also the second five-point question Cheng Nuo encountered.

And the title of this question is asked like this: How many differences are there between the following two pictures? (one empty)

In other words, if you have spent a long time working hard, but you missed one difference...

I'm sorry, it's still worthless!

This question mainly examines the observation ability of the players!

The stronger the observation ability, the shorter the time spent on this question.

No matter how perverted the observation ability exists, he must read these two pictures in a regular manner.

but……

Cheng Nuo has a shortcut!

As we all know, the production of color images on computer screens is generally by changing the emission intensity of electron beams, thereby changing the ratio of red, blue, and green colors, and 16,000 different colors can be generated.

The image of an entire computer screen is formed by mixing different amounts of red, blue, and green electron beams.

Cheng Nuo's eyes could clearly analyze the number of red, blue, and green beams in an image area.

If the numbers of the three color light beams in the same area of ​​the two pictures are figured out, then there must be no difference in this image area.

But if the number of three-color beams in the same area of ​​the two pictures is different, there must be a difference here.

This is the shortcut Cheng Nuo came up with.

In this case, it is much simpler than looking at more than a thousand details one by one.

Just do it. Cheng Nuo concentrated his attention and set his eyes on the two pictures on the computer screen.

The first is the area in the upper left corner.

First image: red beam number 2541368, blue beam number 1258746, green beam number 1024666.

The second picture: the number of red beams is 2568741, the number of blue beams is 12469782, and the number of green beams is 1056473.

If the data is different, there must be differences. Cheng Nuo fixed his eyes, and it turned out that the height of the glass of wine in the picture was different.

Next, Cheng Nuo concocted it according to the law.

If the data is the same, skip it directly, and if the data is different, see how many differences there are in that area.

five minutes later……

After repeated confirmations, Cheng Nuo locked in his answer.

There are 16 differences between the two pictures!

…………

At the same time, hundreds of people out of the 100,000 people who participated in the audition did this task of finding differences.

At first glance, dumbfounded...

Second glance, still dumbfounded...

Seeing this question, all the academic masters want to cry but have no tears, or want to cry but have no tears.

How can they find more than a thousand details? !

If you don't have the ability to see ten lines at a glance, and want to compare all the details of more than a thousand places, half an hour is the bottom line.

God, earth! What kind of crime did I do that you came up with such a topic to torture me!

After mourning in their hearts for a while, all the top students still had to accept the reality in front of them, comparing each detail with tears streaming down their faces.

……………

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