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what is the relationship between size(x), size(y), and size(z)?

what is the relationship between size(x), size(y), and size(z)?

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Answer the 2 questions, will upvote if complete, short solution/explanation will do

Given the node x in a search tree has children y and z, what is the relationship between size(x), size(y), and size(z)? O There is no general relationship size(x) = size(y) + size(z) + 1 O None of the choices max{size(y), size(z)} + 1 O size(x) = size(y) + size(z)
Transcribed Image Text:Given the node x in a search tree has children y and z, what is the relationship between size(x), size(y), and size(z)? O There is no general relationship size(x) = size(y) + size(z) + 1 O None of the choices max{size(y), size(z)} + 1 O size(x) = size(y) + size(z)
Mr. Ed Panem (GCOE) is tasked to schedule the final examinations for SUBJECT A, SUBJECT B, SUBJECT C, SUBJECT D, SUBJECT E, SUBJECT F, SUBJECT G, and SUBJECT H, using the fewest number of different time slots, if there are no students taking both SUBJECT A and SUBJECT H, both SUBJECTB and SUBJECT H, both SUBJECT D and SUBJECT E, both SUBJECT D and SUBJECT F, both SUBJECT A and SUBJECT B, both SUBJECT A and SUBJECT C, and both SUBJECT C and SUBJECT D, but there are students in every other pair of courses. What is the smallest number of different time slots needed to conduct all of the final examinations? O 5 O 7 O None of the choices O 4 O 8 O 6
Transcribed Image Text:Mr. Ed Panem (GCOE) is tasked to schedule the final examinations for SUBJECT A, SUBJECT B, SUBJECT C, SUBJECT D, SUBJECT E, SUBJECT F, SUBJECT G, and SUBJECT H, using the fewest number of different time slots, if there are no students taking both SUBJECT A and SUBJECT H, both SUBJECTB and SUBJECT H, both SUBJECT D and SUBJECT E, both SUBJECT D and SUBJECT F, both SUBJECT A and SUBJECT B, both SUBJECT A and SUBJECT C, and both SUBJECT C and SUBJECT D, but there are students in every other pair of courses. What is the smallest number of different time slots needed to conduct all of the final examinations? O 5 O 7 O None of the choices O 4 O 8 O 6
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