Quiz Space

Big Data and Biological Networks · Quiz 1 · 15 Mar 2026 · January 2026 term

Question 11: In which of the following network architectures are degr…

Question 11

+1 markOne correct option

In which of the following network architectures are degree centrality and betweenness centrality typically most strongly correlated, particularly for the highest-ranking nodes?

  1. A

    Bipartite graph

  2. B

    Scale free network

  3. C

    Erdos Renyi network

  4. D

    2D lattice network

Show answer

Correct answer

  • B

    Scale free network

See the whole paperTake it as a mock test

Question 11 of 37 in the IIT Madras BS Big Data and Biological Networks (Big Data and Biological Networks) Quiz 1 paper sat on 15 Mar 2026, in the January 2026 term (Big Data And Biological Networks 15 Mar 26). It carries 1 mark.

More questions from this paper

  1. Q1DNA polymerase synthesises DNA in which direction?
  2. Q2RNA polymerase binds to a specific DNA sequence called
  3. Q3The sequence of three nucleotides on mRNA that codes for an amino acid is called
  4. Q4The transcriptome of a cell is
  5. Q5GWAS is primarily used to
  6. Q6The amplification method used in Illumina sequencing is
  7. Q7In a network, a 'bridge' node connects two otherwise isolated groups. If a node has 6 neighbors, and 3 of these neighbo…
  8. Q8Figure question
  9. Q9Generate two distinct realizations of the Erdős–Rényi random network model. Network 1: node_num=1000 and prob=0.001 Net…
  10. Q10Figure question
  11. Q12Figure question
  12. Q13If you are tasked with deploying defensive equipment (such as anti-aircraft batteries or rapid-response units) to prote…
  13. Q14A network with a skewed adjacency matrix where most entries are in a few rows/columns is a hallmark of:
  14. Q15Transcription involves which of the following?
  15. Q16Which of the following statements are true regarding metabolomics and fluxomics?
  16. Q17In the context of network ensembles, which of the following accurately differentiate an Erdős–Rényi (ER) random network…
  17. Q18The Power Law (Scale-Free) network model is a cornerstone of modern network science. However, it possesses several stru…
  18. Q19In a large, regular lattice network, a "shortcut" edge is added between two distant peripheral nodes. Which of the foll…
  19. Q20The following question consists of two statements: an Assertion (A) and a Reason (R). Select the correct answer from th…
  20. Q21Match the following and choose the correct option
  21. Q22Which of the following statements are true regarding enzymes involved in replication?\ A. Helicase unwinds the DNA doub…
  22. Q23Figure question
  23. Q24Identify the template strand for transcription.\ NOTE: Your answer should not exceed 20 words.
  24. Q25Write the RNA strand synthesised.\ NOTE: Your answer should not exceed 20 words.
  25. Q26Identify the start codon and stop codon (if present) in the RNA strand.\ NOTE: Your answer should not exceed 20 words.
  26. Q27During Sanger sequencing of a DNA fragment, the sequencing gel shows bands in the following order from bottom to top: G…
  27. Q28Which dideoxynucleotide (ddNTP) caused termination of the longest DNA fragment?\ NOTE: Enter the exact answer without a…
  28. Q29Why is the DNA sequence read from bottom to top in a Sanger sequencing gel?\ NOTE: Your answer should not exceed 50 wor…
  29. Q30Write the corresponding mRNA sequence.\ NOTE: Your answer should not exceed 20 words.
  30. Q31Identify the start codon.\ NOTE: Your answer should not exceed 3 words.
  31. Q32Write the amino acid sequence coded by this nucleotide sequence.\ NOTE: Your answer should not exceed 10 words.
  32. Q33What is the diameter of the given network?
  33. Q34What is the characteristic path length of the network?
  34. Q35What is the clustering coefficient of node D if we add an edge between A and D?
  35. Q36How many new edges must be added to this network so that its density becomes 1?
  36. Q37Consider the following network. Answer the given subquestions.