Omnipotent Data

　　 There are many issues to consider for this question. What is needed is very sophisticated computing power.

　　 One step mistake, I am afraid it will miss the correct answer.

　　 A group of data, in Cheng Nuo's mind, methodically performing calculations.

　　 One minute later...

　　 Cheng Nuo stretched her waist, already in her mind the probability that the three would live to the end.

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

　　 So, the three most likely to survive to the end is Kobayashi with the worst marksmanship!

　　 Cheng Nuo checked the answer of option A and proceeded to the next question.

　　 The basic score for this question is three points.

　　 This question tests the player's spatial imagination ability.

The 　　 topic gave the contestant a piece of unfolded origami with creases on it.

　　 What the contestant needs to do is to first construct the origami on the computer screen in his mind, and then use the space imagination to fold the origami according to the crease. Select the folded graphic on the computer screen.

　　 In order to increase the difficulty, the program group gave players not 4 options to choose from, but... 26 scary ones! It corresponds to 26 options from A to Z.

　　 The densely packed graphics occupy two pages of the screen.

　　 And the appearance of the graphics displayed after each folding is extremely small. There are even differences in smiles with different lengths in a certain position.

　　 Cheng Nuo stared carefully at the computer screen.

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

　　 A total of 36 graphics data are gathered into the brain through Cheng Nuo's eyes.

　　 No. 1 rectangle: 1.32 cm in length and 0.51 cm in width.

　　 No. 2 rectangle: 1.32 cm in length and 0.45 cm in width.

　　…………

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

　　 Triangle No. 2:...

　　…………

　　 Trapezoid No. 1: The upper side is 1.32 cm long, the lower side is long...

　　 Cheng Nuo's brain relies on extremely accurate data to construct an origami model that is exactly the same as the computer screen.

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

　　 Thirty seconds later, Cheng Nuo successfully folded the origami.

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

　　Cheng Nuo compares the graph data calculated by the brain with the 26 graphs displayed on the screen.

　　 "I found you." Suddenly, a smile appeared on the corner of Cheng Nuo's mouth, and his eyes stopped on the "H" option.

　　 Cheng Nuo has strong 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.

　　 "Huh! Make a difference!"

　　 Cheng Nuo gave a sudden startled.

　　 Yes, this question is a question that people often do when they are bored in their leisure time-find the difference!

　　 Two pictures with very little difference, you need to find out the subtle differences between them.

　　 What we usually do to find different problems is basically a very simple scene. For example, a simple picture of a cartoon character, or a simple dress of a house.

　　 And the most powerful brain problem, even if it is just a preliminary test, it cannot be as simple as what we usually do.

　　 Presented in front of Cheng Nuo are two pictures that almost cover 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!

　　 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 for the program group of "The Strongest Brain".

　　 So, the basic score for this question is five points!

　　 is also the second five-point problem encountered by Cheng Nuo.

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

　　In other words, if you spend a long time working hard, but find one less difference...

　　 I'm sorry, it's still nothing!

　　This question mainly examines the players' observation ability!

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

　　 Even if the observing power is abnormal, you should read these two pictures properly.

but……

　　 Cheng Nuo has a shortcut!

　　 As we all know, the production of color images on the computer screen is generally by changing the emission intensity of the electron beam, thereby changing the ratio of the three colors of red, blue and green, which can generate 16,000 different colors.

　　 The image of a whole computer screen is a mixture of different amounts of red, blue and green electron beams.

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

　　 If the number of light beams of the three colors in the same area of ​​the two pictures is figured out, 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 that Cheng Nuo came up with.

　　 In this case, it is easier than looking at more than a thousand details one by one. UU reading www.uukanshu.com

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

　　 First is the area in the upper left corner.

　　 The first picture: the number of red beams is 2541368, the number of blue beams is 1258746, and the number of green beams is 1024666.

　　Second picture: The number of red beams is 2,568,741, the number of blue beams is 12,469,782, and the number of green beams is 1,056473.

　　 If the data is different, there must be a difference. Cheng Nuo fixed a glance, and it turned out that the height of the glass of wine in the image was different.

　　 Next, Cheng Nuo did it according to law.

　　 If the data is the same, skip directly. If the data is different, then look at several differences in that area.

five minutes later……

　　 After repeated confirmations, Cheng Nuo locked his own 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 sea elections also managed to find a different topic.

　　 At first glance, dumbfounded...

　　 Second glance, still dumbfounded...

　　 Seeing this question, the tyrants want to cry but have no tears.

　　 More than a thousand details, how do they find it? !

　　 If you don’t have the ability to learn at a glance, and you want to compare all the more than 1,000 details, half an hour is the bottom line.

　　 Heaven, earth! What kind of evil did I commit? You came up with such a question to torture me!

　　 After wailing in my heart for a while, you still have to accept the reality in front of you, and compare each detail with tears.

　　………………

　　 Call friends and call friends for recommendation! ! !

　　 Please recommend! ! !