1 Which of the following best describes the difference betwe

1. Which of the following best describes the difference between full simultaneous engineering and sequential engineering in the development of a new product?

2. Which of the following typically is done in the creation of prototypes early in the new product development process?

d. All of the above

3. Which of the following typically is included with a design validation plan?

4. Which of the following is the primary difference between static and dynamic process validation?

5. Which of the following tasks typically is included within the Production Part Approval Process (PPAP) discussed in lecture?

6. Which of the following root cause diagnostic techniques involves the assembly, disassembly, and re-assembly of products to identify differences between the best and worst manufactured products?

Solution

1. Among the given four options the option d) will be the right choice that is Full simultaneous allows a company to measure the overall effectiveness of their new product development process it is so because in fill simultaneous engineering we can go through different process simulataneously and there will be no issue to wait until one of the process must complete as such that of in sequential engineering.

2.option d) is correct answer as in prototyping all the above options mentioned will be done before  new product development process because prototyping is a compulsory requirement now a days before new product devolopment in order to know what are the challenges that will be faced in order to develop a new product

3. List of requirements,Sample size and usage requirements for validation tests,,Test results including whether they pass/fail the validation tests all are typically included with a design validation plan therefore correct answer is option D

4.Dynamic involves producing units at their intended full production rate (e.g., assembly line speed) whereas static does not and Dynamic involves measuring completed units and evaluating the capability of the process (e.g., conformance to specifications) whereas static does not so option D is the right choice

5.In  Production Part Approval Process(PPAP)  Process FMEA Process Capability Analysis  Process Stability Analysis are all included along with these there are total 18 cpmponents that are involved in PPAP process so option D will be the right choice

6. Component Swapping is root cause diagnostic technique involves the assembly, disassembly, and re-assembly of products to identify differences between the best and worst manufactured products therefore option A will be the right answer