Question

B Используя предложенные источники, оцените (расположите буквенные обозна D на шкале) влияние конвейерного производства на развитие хозяйственной с Первая конвейерная линия Генри Форда, введенная в строй в апреле 1913 г., ис генераторов. До этого времени один рабочий мог собрать от 25 до 30 генерато рабочий день. Это означало, что на сборку одного генератора затрачивалось о Линия разбила данный процесс на 29 операций, выполняемых отдельными раб узлами генератора, которые доставлял К ним постоянно двигающийся конвейе время сборки одного генератора в среднем до 13 минут. Через год удалось раз​

Answer 1

Ответ: оценка D

Процесс создания генераторов действительно ускорился. Для производства, это идет на пользу. Это значительно превысит доход.

Объяснение:

Я так написал.

Answer 2

Influence of Conveyor Production on Economic Development

The introduction of conveyor production, specifically the first conveyor line by Henry Ford in April 1913, had a significant impact on the economic development of the manufacturing industry. Prior to the implementation of conveyor production, the assembly of generators was a time-consuming and labor-intensive process, with one worker being able to assemble only 25 to 30 generators per day. However, the introduction of the conveyor line revolutionized the assembly process, increasing efficiency and productivity.

The conveyor line broke down the assembly process into 29 separate operations, each performed by individual workstations along the line. The constant movement of the conveyor belt ensured a continuous flow of work, allowing each worker to focus on a specific task. This division of labor and specialization significantly reduced the time required to assemble a generator, bringing the average assembly time down to 13 minutes [[1]].

The impact of conveyor production on the economic development of the manufacturing industry can be evaluated as follows:

1. Increased Efficiency and Productivity: The implementation of conveyor production allowed for a more streamlined and efficient assembly process. By dividing the assembly into smaller tasks and utilizing the continuous movement of the conveyor belt, the time required to assemble a generator was significantly reduced. This increase in efficiency led to higher productivity levels, as more generators could be produced in a shorter amount of time.

2. Cost Reduction: The introduction of conveyor production also resulted in cost reductions. The division of labor and specialization allowed workers to become more proficient in their specific tasks, leading to increased productivity and reduced labor costs. Additionally, the shorter assembly time reduced the overall production time, resulting in lower overhead costs and increased profitability for manufacturers.

3. Mass Production and Standardization: Conveyor production facilitated the mass production of generators. The continuous flow of work and the division of labor enabled manufacturers to produce a large number of generators in a shorter period. This mass production approach also encouraged standardization, as each worker focused on a specific task, ensuring consistency and quality in the final product.

4. Technological Advancements: The implementation of conveyor production required technological advancements in machinery and automation. This led to the development and improvement of conveyor systems, which became an integral part of modern manufacturing processes. These technological advancements not only improved efficiency and productivity in the assembly of generators but also laid the foundation for further advancements in industrial automation.

In conclusion, the introduction of conveyor production, exemplified by Henry Ford's first conveyor line, had a profound impact on the economic development of the manufacturing industry. It increased efficiency and productivity, reduced costs, facilitated mass production and standardization, and drove technological advancements. The implementation of conveyor production revolutionized the assembly process and set the stage for modern manufacturing practices.