all in one question

Suppose you work for a computer chip manufacturer. You are tasked with designing an assembly tine procedure that will supply 3 mA of current to the chip within an error tolerance of .01 mA. Keeping in mind that this process will certainly have variance over time, answer the following: 1. Identify three key sources of possible variance in this scenario. 2. Design an experiment to help determine if the current process is meeting the required standard. Be sure to list any instruments required to conduct this experiment. 3. Identify the sample and population in your experiment. 4. In testing the hypothesis of your experiment, would you use a mechanistic or empirical model? 5. Explain how probability models are useful when testing processes that vary aver time. What would happen if we ignored the effects of chance? Suppose you work for a computer chip manufacturer. You are tasked with designing an assembly tine procedure that will supply 3 mA of current to the chip within an error tolerance of .01 mA. Keeping in mind that this process will certainly have variance over time, answer the following: 1. Identify three key sources of possible variance in this scenario. 2. Design an experiment to help determine if the current process is meeting the required standard. Be sure to list any instruments required to conduct this experiment. 3. Identify the sample and population in your experiment. 4. In testing the hypothesis of your experiment, would you use a mechanistic or empirical model? 5. Explain how probability models are useful when testing processes that vary aver time. What would happen if we ignored the effects of chance