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rest of the graph as shown in Figure 8.12(b). By symmetry, if the Rudrata cycle enters this subgraph at c, it must traverse it as in Figure 8.12(c). And these are the only two ways. But this property tells us something important: this gadget behaves just like two edges {a, b} and {c, d} that are paired up in the R UDRATA CYCLE WITH PAIRED EDGES problem (see Figure 8.12(d)). The rest of the reduction is now clear: to reduce R UDRATA CYCLE WITH PAIRED EDGES to R UDRATA CYCLE we go through the pairs in C one by one. To get rid of each pair ({a, b}, {c, d}) we replace the two edges with the gadget in Figure 8.12(a). For any other pair in C that involves {a, b}, we replace the edge {a, b} with the new edge {a, f }, where f is from the gadget: the traversal of {a, f } is from now on an indication that edge {a, b} in the old graph would be traversed. Similarly, {c, h} replaces {c, d}. After |C| such replacements (performed in polynomial time, since each replacement adds only 12 vertices to the graph) we are done, and the Rudrata cycles in the resulting graph will be in one-to-one correspondence with the Rudrata cycles in the original graph that conform to the constraints in C.

Our understanding of headache has been greatly augmented by observations made during operations on the brain (Ray and Wolff). These observations inform us that only certain cranial structures are sensitive to pain: (1) skin, subcutaneous tissue, muscles, extracranial arteries, and periosteum of the skull; (2) delicate structures

FIGURE 1-15

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Language-Independent Text This text will always show in the Web application regardless of the logon language of the user. Language-Dependent Text Stored in Object (Web Template or Reusable Web Item) The text can only be entered in the current logon language of the Web template developer. Therefore, if the text was required in two languages, the developer would have to log on twice, once in each language, and enter the text in each language. Language-Dependent Text Stored in Table This option allows the Web template developer to enter the text in as many languages as needed in the same session. Each text has a language key to identify it. The text is stored in separate tables (technical name of the table that stores the multiple Text languages is RSBEXTEXTS) and needs to be transported separately from the Web template. This option supports the ability for all text that is to be used to be managed centrally via one screen. This would be very helpful if your project has many developers and you want all of the text being used to be consistent. Language-Dependent Report Text (Obsolete) If you need to access another object, such as an ABAP report program, you would use this option. By choosing the option Language-Dependent Text Stored in Table, we can use text that has been stored in different languages, as shown in the following illustration.

We know the ordered pairs for the two points as Q = (0, 1) and R = (2,4). Therefore, y = 4 ( 1) =4+1 =5 and x = 2 0 =2 That means y / x = 5/2, which is the slope of the line. As with line PQ, the y-intercept is 1, which is the y-value at point Q.

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(b) Show that if G contains a vertex cover of size b, then G contains a feedback arc set of size b (c) Show that if G contains a feedback arc set of size b, then G contains a vertex cover of size (at most) b (Hint: given a feedback arc set of size b in G , you may need to rst modify it slightly to obtain another one which is of a more convenient form, but is of the same size or smaller Then, argue that G must contain a vertex cover of the same size as the modi ed feedback arc set) 823 In the NODE - DISJOINT PATHS problem, the input is an undirected graph in which some vertices have been specially marked: a certain number of sources s1 , s2 , sk and an equal number of destinations t1 , t2 , tk .

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