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Work out the partial sums to obtain decimal quantities Round off your results to five decimal places when you encounter repeating or lengthy decimals 10 Using a calculator, plug in n = 2, n = 6, n = 10, and n = 20 to informally illustrate that Lim (13 + 23 + 33 + + n 3 )/n 4 = 1/4 = 025

i 3/n 4 = 1/4 = 025

circuit, making I = KY if X is controlled, or r = X/K if Y is controlled. Figure 6.6 shows the set-point calculation. In this configuration, one of the variables becomes controlled and the other serves to generate a set point. The wild variable is multiplied by the adjustable coefficient K in a device called a ratio station.

i =1

A steward is someone who acts like an owner, even though he or she does not own the item. How does an owner act By taking full responsibility for property. But a project is not property, it is a process. What does it mean to own a process It means that we take full responsibility for success: If we do not have what we need, we will get it; if we run into a problem, we will solve it. And we will deliver success. As project managers, we are stewards to the project. The company owns the project, but we commit to making it succeed as if it is our own. And, as project managers, we ask the same from every team member for whatever tasks they are assigned. A team member can own a task or a set of tasks if they are clearly de ned. The WBS is a good start. But we should be sure that the team member has all that is needed. For that, we use the stewardship delegation tool in Table 12-1. There is a side bene t to stewardship delegation, which many people nd is the most important bene t of all. It says to each person, We are each responsible for asking for what we need, committing to do what we will say we will do, and creatively nding ways to accomplish goals we have made our own. Stewardship delegation is a method that cultivates the highest levels of professionalism and professional responsibility.

Work out the partial sums to obtain decimal quantities Round off your results to five decimal places when you encounter repeating or lengthy decimals

This is not a test! It s a review of important general concepts you learned in the previous nine chapters Read it though slowly and let it sink in If you re confused about anything here, or about anything in the section you ve just finished, go back and study that material some more

As the project nishes, team members will be leaving for other work, either within the company, or elsewhere. Some may need to leave earlier than we would like. Others may face a di cult time of inactivity before their next project. Either way, we need to take care of the project and the people during this transition.

11

Question 11-1

By far the most common application of ratio control is in flow systems. Ingredients for a reactor, for example, are introduced in precise proportions. Any number of streams can be set in ratio to one independent flow, allowing the plant to be started or shut down by the manipulation of that key variable alone-all others must follow. Or, if all flows are under control, total plant throughput can be commanded through a single master set station, as shown in Fig. 6.7. Up to this point, the ratio stations have all been outside the closed loops. But a natural extension to the configuration in Fig. 6.7 is the automatic repositioning of a master set point by the output of another controller. Consider the example of a chemical reactor which is to be operated consistently at maximum throughput, as determined by its heat-removal capability. The only control system which could satisfy this specification would feature a temperature controller setting the flow rates of all ingredients into the reactor, as shown in Fig. 6.8. Because this configuration places the ratio stat,ions within the primary loop, loop gain varies with their settings. In such an arrangement, constant loop gain can ordinarily be assured if the sum of the ratio settings is constant. Thus a percentage increase in one ingredient should be accompanied by a corresponding decrease in the others. This is often done for accounting purposes anyway, by making the sum of the ratios

Answer 11-1