quais são as críticas ao livro mindset da carol dweck

The mindset of a programmer was mainly reflected in the following aspects: ** 1. Mentality towards the profession ** 1. ** Basic work mentality ** - Some programmers viewed their work as purely writing code and only focused on writing the code itself. This was a more basic and limited mentality. It was similar to not seeing the forest for the trees and only focusing on the characters and logic statements in front of the screen. - A programmer who viewed their work as program development would have a complete concept of the program. They would consider the problem from the perspective of computer execution. The requirements were higher than simply writing code, but they might pay less attention to human feelings. - A programmer whose job was to develop software would not only pay attention to the computer executing the software, but also consider how people use the software. This mentality would further understand the content of the work. 2. ** High-level professional mentality ** - A programmer who could solve the problems in people's production and life and bring convenience to people would consider whether the software could solve the user's pain points from the user's point of view when developing software. This kind of programmer was beyond most of his peers. - There was also a more lofty mentality that thought that their job was to make the world a better place, although this kind of thinking was more macro. ** 2. Mentality for career development ** 1. ** Positive attitude ** - Continuous learning was a very important mentality. Due to the rapid development of technology, new tools, new languages, and new frames were constantly emerging. To remain competitive, programmers had to make learning a part of their daily work and keep up with industry developments, such as attending workshops, online courses, reading related books and articles, and so on. - Patience and determination were also crucial. There were all kinds of challenges in programming, such as developing complex programs or solving tricky bugs, which could take a long time, so patience and determination were needed. - Self-motivation was a positive attitude. A programmer needed to set their own personal goals, pursue self-driven projects, and constantly advance their professional growth without external interference. - Maintaining critical thinking and not accepting any opinions or solutions unconditionally was important to improve the quality of the code and the results of the project. This was also a positive attitude towards work. 2. ** Adapt and cooperate ** - The mentality to adapt to changes was essential. In the field of technology, change was the norm. New tools, methods, and industry trends were constantly emerging, and programmers had to maintain an open and flexible attitude to accept and adapt. - The mentality of cooperation and communication was also very important for programmers. Good communication skills and a cooperative spirit help create a healthy working environment and share wisdom when solving complex problems. 3. ** The mentality to deal with stress and emotions ** - It was necessary to learn how to manage emotions and stress. Deadlines, complex challenges, and team communication could all bring stress and emotional fluctuations. programmers needed to learn to effectively manage their emotions and not bring personal emotions into their professional work. " When a programmer meets a psychologist " is equally exciting. Everyone is welcome to click to read it!

Not very well-known. 'Cr' mangaer might be a niche or relatively unknown creator in the manga world.

Honestly, I have no clear idea. Maybe it's related to a particular artist or collection of caricatures, but without additional details, it's difficult to tell.

Most programmers would pay more attention to the meaning of the text itself when communicating, and they would play down the content outside the text. Their logical thinking was different from that of ordinary people. Ordinary people generally did not use logical reasoning as a conventional thinking, and programmers often could not speak without logical thinking. Top programmers usually had the following ways of thinking: 1. Dare to study code that you don't understand: Most people don't want to come into contact with code that they have never seen before, but studying this code can help you familiarize yourself with different code structures and understand why the code is written this way. It was like changing jobs and entering a new environment. At first, the work efficiency might be low, but it would improve after familiarizing yourself with it. When you came into contact with things in an unfamiliar field, you needed to invest time to learn to improve. 2. Proficient in code testing: When writing code, most people find it difficult to write it well in one go, and the results often don't meet expectations. However, top programmers could quickly determine the possible problems in the code. For experienced programmers, the process of debugging code could be quickly replayed in their minds. After solving enough bugs, they could quickly find a solution to the problem. 3. Focus on time-saving tools: efficient programmers will spend time making tools. Although many people recognize the use of tools, they don't spend time making their own gadgets. Tools that could save time were important to avoid wasting time on jobs that machines could replace. 4. " A systematic way of thinking: When you write code, you can't just write code to achieve specific needs and end it. Instead, you have to systematically analyze the problem, find the cause, and prescribe the right medicine, just like how maintenance personnel repair computers. " When a programmer meets a psychologist " is equally exciting. Everyone is welcome to click to read it!

Under weak acidic conditions (pH2 - 4), a color reaction would occur between CrCl4 and N, N-Diethvl- 1,4 -phenediammine (DEPDA) to form a purple complex with obvious spectral characteristics. The mechanism of the reaction was more complicated, and there would be different reaction processes under different conditions. The pH value had a great impact on the sensitivity and sensitivity of the detection of CrVI. Under this weak acid condition, the complex reaction between the two was relatively complete, and a stable color peak could be obtained. In addition, the reaction time, temperature, DEPDA concentration and other factors would also affect the reaction results. Based on this color reaction, some detection methods were established, such as chromicity, atomic absorption spectrum, molecular fluorescence probe, etc. The chromicity method was a relatively simple one. The reaction product was placed in an ultraviolet-visible thermometer to determine the concentration of Chromium-based fluorescence. The molecular fluorescence probe used DEPDA as the fluorescent probe. The combination of Chromium-based fluorescence and DEPDA would cause a change in fluorescence intensity. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>