Chapter 53: Losers Don't Deserve Attention (Part 1)
As if seeing Zhuang Wen's hesitation, Zhang Yuan said: "I have the experience of participating twice, and the second time I only won one national second. I have some research in computer software programming and multidimensional body drawing, and it shouldn't be a big problem for the two of us to join forces to get the first country. ”
Seeing that Zhuang Wen was still hesitating, Zhang Yuan finally made it clear.
"You have also met a third person, named Jin Yu, who is also a junior. Although she is not very good at theoretical research, she is still very talented in defense speeches. In this way, this time I owe you a favor, and if there is anything you need in the future, you can just mention it. ”
Seeing that Zhang Yuan finally confessed, Zhuang Wen smiled and said: "Haha, Senior Zhang has seen outside, this time we must cooperate sincerely and strive to get the first country!"
Zhang Yuan smiled, but in his heart he had a new understanding of Zhuang Wen.
This guy is really not as simple as it seems.
Suddenly, Zhuang Wen approached Zhang Yuan and asked in a low voice, "Senior, I want to ask you something." What is the name of the senior sister who sat in the recruitment office and wrote that day?"
Zhang Yuan smiled mysteriously when he heard this, and said, "His name is Chen Tong." ”
"Chen Tong?" Zhuang Wen suspected that his pronunciation was inaccurate.
Zhang Yuanzheng said: "No, it's Chen Tong." You should call him a senior!"
After speaking, Zhang Yuan turned around and left.
Zhuang Wenshi died on the spot.
it! Women's Clothing Boss!!
Zhuang Wen was not in a good state when he practiced calligraphy on Wednesday night, Gu Xiaolian and the two did not know why, and even Gu Xiaolian persuaded Zhuang Wen not to pay too much attention to what he said on the Internet.
It's late October.
On October 25, 18 students, including Zhuang Wen, were led to the imperial capital by Professor Liu Xun.
This afternoon starts at 2 p.m. and ends at 5 p.m., with a time limit of three hours.
Five Schools Alliance Basic Pulse Fusion Competition
Before entering the venue, Liu Xun said to the students: "There are a total of ten questions, according to the question number, the first question is the most difficult, and the tenth question is the easiest. Don't overestimate your strength, be sure to choose a question that you can finish it with, and remember that if you can't finish it, you won't enter the evaluation stage. Okay, remember your seat number and let's get in!"
The tournament took place in a large hall divided into 100 separate compartments.
There is a computer, a desk, and a stool in these compartments.
There is also a surveillance camera.
As one of the top competitions, it is not only the five universities that are paying attention to this competition, but also the entire education community, as well as those technology companies and groups.
Discovering talents and booking in advance are all common routines.
Zhuang Wen's seat number was twenty-nine, and he walked inside and sat down.
The computer is on, and there are already ten questions on it, but the computer is not available yet, so it does not start.
However, for the 100 people who can come to the competition, it is still possible to start basic calculations in their minds and determine what they can do.
Zhuang Wen roughly read it, and the difficulty of the question is really very layered.
The tenth question is "Fusion of the round shield model and the conical spike model".
Zhuang Wen can calculate the final result in his mind, both of which are models of stable solutions, which are not easy to collapse when fused, and there are many answers.
Let's look at the first question again.
"Fusion of Fireball and Ice Lock Models"
Nima, this question is out of the ordinary!
Isn't this the Basic Pulse Model Fusion Competition?
Even if the Ice Lock Technique is a simple version, it is also a second-order pulse technique, is it good?
However, although he scolded the organizer for being shameless, he was very happy in his heart.
He knew how to use the second-order pulse technique, and the rest of the people had probably only heard of it.
After all, not everyone is as knowledgeable as he is.
In fact, Zhuang Wen also knew why this ice lock technique was counted as a basic pulse technique.
In fact, the difficulty of the ice lock technique lies in the construction of a small unit, and then no matter how long or wide it is, it is a repetitive process.
Moreover, of all the binding pulse techniques, the Ice Lock Technique is definitely the easiest.
The difficulty of this question is not only in the overclass.
Fire and ice are incompatible!
This is true for everybody.
The fireball technique and the ice lock technique are fused, but I am afraid that the fireball will explode and the ice lock will melt.
It is estimated that most students will collapse directly when they see this topic, and the person who chooses this question must have a strong enough psychological quality.
However, this is not to say that it is impossible.
In the final analysis, the so-called ice and fire cast by the pulse technique are just different states of motion of the pulse energy particles.
It is only necessary to ensure that the two particles do not interfere when they are in motion, or that they have a positive effect on each other when they are moving.
This question is still very ingenious.
The Fireball Technique is the most astringent of the Flame Vein Techniques, and it is also the least likely to cause motion interference.
Ice lock is the simplest structural unit, as long as the interference problem of one element is solved, the other problems will be solved.
For the students who chose this question, Zhuang Wen estimated that their thinking was to take the idea of isolating the interference of motion.
It's also a relatively simple way of thinking.
But what Zhuang Wen chose was to let them have positive interference.
That is, the fire burns more and more vigorously under the interference of ice, and the ice becomes harder and harder under the interference of fire.
It's not impossible.
Zhuang Wen had a formula in his head.
A formula was proposed by an academician in 1796, two hundred and forty years later.
Gooder's formula.
This formula is used to calculate the distance at which a particle can cause forward interference at a certain distance.
In other words, as long as the spherical tiny particle unit of the Fireball Technique is kept at a certain distance from the tiny annular unit of the Ice Lock Technique.
This distance is a very small interval.
This "fireball-icelock model" can then be built.
Zhuang Wen went through the deduction process in his mind, and just in time, he began to answer the questions.
Zhuang Wen immediately selects the question and then writes down the calculation process in the designated answer area.
Add notes as you write.
Fortunately, this formula does not use anything beyond existing knowledge, but the process is a little more complicated.
The small fireball particle model was established.
The small lock ring particle model is established.
Then there is the model calculation.
Formula deduction.
out of the results.
Although Zhuang Wen already knew all the processes, it still took two hours when the little deduction was written on the computer.
After confirming that the new model was successfully established and all the stability verification calculations were passed, Zhuang Wen clicked on the paper, then stretched and got up to leave.
He was the first to leave.
Everyone chooses the question according to their own ability, and even those who choose the tenth question will not be able to finish it until the last half hour.
No one looked at him, because he didn't have to think about it to know that those who left at this time were the ones who knew that they had chosen the wrong question, and that they couldn't do it, but they didn't have enough time to redo another one, so they had to give up.
Losers don't deserve the gaze of these geniuses.
Zhuang Wen didn't care.
Ninety percent of the participants in this competition are juniors and seniors, and there are many fewer sophomores, and Zhuang Wen of Yunhai University only knows that there is one of himself anyway.
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