Process manufacturing involves taking raw materials and physically or chemically changing them into another form, while the assembly process takes the newly changed form and turns it back into the original form. a. Trueb. False

b. False (the part about assembly process is false)

Explanation:

Process manufacturing is the production of goods by combining material, material or raw materials using a formula or recipe. Examples of process products are food, beverage, pure oil, gasoline, medicines, chemicals and plastic products. Goods are produced in large quantities, and production often requires thermal or chemical conversion, such as heat, time, or pressure. The product created by process production is not usually disassembled. For example, once produced, a beverage cannot be separated from its contents. Process products are usually weighed or measured in size.

The assembly line (or process) is the name given to the system, where parts are combined and converted to a final product not the original, usually consisting of a moving belt or conveyor system, workstations connected with each other and the necessary equipment for this, with the industrial revolution that started in England, Henry Ford's friends The first assembly line that was put into practice together with the famous T model, which sells millions, is produced. Assembly line balancing is the process of assigning the tasks that need to be performed to workstations in a way that minimizes the lost time and maximizes the efficiency of the line, by complying with certain technology-related priority relationships and other constraints such as capacity. The assembly line balancing problem is a classic Industrial Engineering problem, which is very common in the industry and attracts great interest from the academy.