What is Taylor, and what is Taylor

He graduated from Phillips Exeter College in 1874 and worked at the Midway Steel Company in Philadelphia from 1874 to 1890, successively serving as foreman, deputy foreman, foreman of the machine shop, director of drafting, and chief engineer. During this period, he used his spare time to study and obtained the title of engineer. In order to improve plant management, a series of mechanical engineering experiments were carried out to develop a standard system of "time and motion" that guaranteed maximum efficiency.

It is called the "Taylor system". This approach was later adopted by other industrialized countries of the world. In 1906, he became president of the American Society of Mechanical Engineers.

In 1911, he assisted in the establishment of the "Association for the Promotion of Industrial Management Science". Taylor was granted more than 100 patents during his lifetime. He is also the author of "Workshop Management", "Principles of Scientific Management", etc.

1. Laws and regulations, customs and other norms formed under certain historical conditions; 2. Formulate laws and regulations; 3. Regulations; 4. Refers to the specified grade of clothing; 5. Production; 6. Production method; 7. Scale and style.

Taylor's formula. It is a very important part of higher mathematics, which approximates some complex numbers as simple polynomial functions.

The commonly used Taylor formula is as follows:

1、e^x = 1+x+x^2/2!+x^3/3!+…x^n/n!+…

2、ln(1+x)=x-x^2/2+x^3/3-……1)^(k-1)*(x^k)/k(|x|<1)

3、sin x = x-x^3/3!+x^5/5!-…1)^(k-1)*(x^(2k-1))/2k-1)!+l x < )

4、cos x = 1-x^2/2!+x^4/4!-…1)k*(x^(2k))/2k)!

5. arcsin x = x + noisy disturbance 1 2*x 3 3 + 1*3 (2*4)*x 5 5 + x|<1)

6、arccos x = x + 1/2*x^3/3 + 1*3/(2*4)*x^5/5 + x|<1)

7、arctan x = x - x^3/3 + x^5/5 -…x≤1)

8、sh x = x+x^3/3!+x^5/5!+…1)^(k-1)*(x^2k-1)/(2k-1)!

9、ch x = 1+x^2/2!+x^4/4!+…1)k*(x^2k)/(2k)!

10、arcsh x = x - 1/2*x^3/3 + 1*3/(2*4)*x^5/5 - x|<1)

11、arcth x = x + x^3/3 + x^5/5 + x|<1)

Taylor formula form:

Taylor's formula is a method of approximating a function f(x) with an nth derivative at x=x0 by using a polynomial of the n order about (x-x0).

Taylor's formula for commonly used letter bend inspection numbers:

High school students don't have to make a distinction between Taylor's formula and McLaughlin's formula, and don't worry about him. You just need to know that they are all family, and the definitions are all formulas for functions to take values around a certain place.

For that, in fact, most college entrance examination students don't need to spend time here, he is a bridge key that is higher than x n something.

Most of the Taylor formulas that we can use skillfully in the college entrance examination are derivative problems, or small problems are scaled by inequalities.

Taylor system: It is an industrial management method, Taylor system can standardize operations, standardize the cavity, and improve production efficiency, Taylor system is also called scientific management.

At the beginning of the 20th century, Taylor, an American engineer, pioneered a new enterprise management system on the basis of traditional management. He co-created a series of new management methods and theories with many enterprise management workers, which were adopted by many enterprises in capitalist countries at that time and were called scientific management.

Development background: After the Civil War, slavery disappeared in the United States, the resources of the western region were developed, the industry developed rapidly, and the enterprises were expanding day by day, and the traditional management mode of small-scale production could no longer meet the objective needs of the economic, social and production technology development at that time. In response to the objective changes at that time, Taylor and others conducted a series of investigations and experiments in factories, workshops, and workshops, seeking new management methods to improve the production efficiency of enterprises.

Based on years of research and experiments, he published the book "Principles of Scientific Management" in 1911, which expounded the basic principles of scientific management and the method of Fangjiqin, which had a great impact on the management of capitalist enterprises at that time.

The main content of scientific management theory:

1. The operation management selects "first-class workers" for the pure industry, formulates scientific working methods, and implements an incentive wage system.

2. Organizational management separates the planning function from the executive function, and replaces the traditional method of working by experience with scientific working methods, the functional foreman system, and the principle of exception.

3. The Psychological RevolutionTaylor emphasized the need for a "spiritual" revolution on both employers and workers, and believed that this would lead to a great increase in labor productivity.

4. The theory of scientific management describes the application of scientific methods to determine the "best way" to engage in a job.

5. Summarized as science, rather than relying solely on experience, harmony, rather than cooperation, cooperation, rather than individualism, to maximize output, replace limited output, each person has the greatest work efficiency, to achieve the greatest success, is to replace the low-cost production mode with high-efficiency production methods, in order to strengthen labor cost control.