bestbarcoder.com

exercises in .NET Insert 3 of 9 in .NET exercises

exercises generate, create code 3 of 9 none for .net projects PDF-417 12.10 Exercises 1. Suppose a n etwork-exchange theory experiment is run on the graph depicted in Figure 12.10 using the one-exchange rule.

Which node or nodes you would expect to make the most money (i.e., receive the most favorable exchanges) Provide a brief (one- to three-sentence) explanation for your answer.

. f a b c g Figure 12.10. The graph used for the network-exchange theory experiment in Exercise 1. 2. Suppose a n Code 39 for .NET etwork-exchange theory experiment is run on the graph depicted in Figure 12.

11 (i.e., a graph that is a three-node path), using the one-exchange rule.

Now you, playing the role of a fourth node, d, are told to attach by a single edge to one of the nodes in the network. How should you attach to the network to put yourself in as powerful a position as possible, where power will be determined by the result of a network-exchange theory experiment run on the resulting four-node network Give a brief explanation for your answer..

a b c Figure 12.11. visual .

net ANSI/AIM Code 39 The three-node graph used as the starting point for the network-exchange theory experiment in Exercise 2.. 3. Suppose a n etwork-exchange theory experiment is run on the graph depicted in Figure 12.12 using the one-exchange rule with $10 placed on each edge.

(a) Which node or nodes you would expect to make the most money (i.e., receive the most favorable exchanges) Provide a brief (one- to threesentence) explanation for your answer.

You do not have to give actual numbers for the amounts of money the nodes would receive.. a b c d e Figure 12.12. The ve-node graph used as the starting point for the network-exchange theory experiment in Exercise 3.

. bargaining and power in networks (b) Now the ex perimenters vary the network: they introduce a sixth node, f, which is attached by a single edge to just the node c. A new person is brought in to play the role of f, and a new round of experiments is performed with this new six-node network. Explain what you think will happen to the relative power of the participants, compared to the situation in part (a), and give a brief (one- to three-sentence) explanation for your answer.

Again, you do not have to give actual numbers for the amounts of money the nodes would receive.. 4. Suppose a n Visual Studio .NET bar code 39 etwork-exchange theory experiment is run on the graph depicted in Figure 12.

13 using the one-exchange rule with $10 placed on each edge. (a) Which node or nodes you would expect to make the most money (i.e.

, receive the most favorable exchanges) Provide a brief (one- to threesentence) explanation for your answer. You do not have to give actual numbers for the amounts of money the nodes would receive. (b) Now the experimenters vary the conditions slightly: instead of placing $10 on the b-c edge, they place only $2.

Otherwise, the experiment is run exactly as before. Explain what you think will happen to the relative power of each of the participants, compared to the situation in part (a), and give a brief (oneto three-sentence) explanation for your answer. Again, you do not have to give actual numbers for the amounts of money the nodes would receive.

. a b c d Figure 12.13. The four-node graph used for the network-exchange theory experiment in Exercise 4. 5. Suppose a n etwork-exchange theory experiment is run on the graph depicted in Figure 12.14 using the one-exchange rule with $10 placed on each edge.

(a) After running the experiment for awhile, the experimenters vary the network: they introduce two further nodes, e and f, and bring in additional people to play the roles of these nodes. Node e is attached by a single edge to node b, while node f is attached by a single edge to node c. A new round of experiments is performed with this new six-node network.

Explain what you think will happen to the relative power of the participants, compared to the situation in the original four-node network. Give a brief (one- to three-sentence) explanation for your answer. You do not have to give actual numbers for the amounts of money the nodes would receive.

(b) The experimenters now decide to vary the network again. They keep the same set of nodes, but now they add an edge linking node e directly to node f. (The existing edges continue to remain in place as well.

).
Copyright © bestbarcoder.com . All rights reserved.