Could not understand the question. It says 'initial number of links at time 6084'. Does that refer to a node's degree? Why is it 'initial' given that the time is very advanced?
Considering the graph below and using the Kosaraju-Sharir algorithm, in alphabetical order, we can determine which of the following statements are correct:] A) 1 SCCs returned: BED B) 4 SCCs returned: A first, then BED, C, and F C) 4 SCCs returned: F first, then C, BED, and A D) The largest SCC contains 2 nodes E) None of the above. Original idea by: Caroline Nakazato
Which statement about robust networks is incorrect? The Molloy-Reed criterion , stating that a randomly wired network has a giant component if κ < 2. κ = ⟨ k 2 ⟩ k > 2 During an attack we aim to inflict maximum damage on a network. We can do this by removing first the highest degree node, followed by the next highest degree, and so on. Scale-free networks are robust to random failures, but not robust to attacks. The power-law distribution followed by blackouts, information cascades and earthquakes indicates that most cascading failures are relatively small. None of the above Original idea by: Caroline Nakazato
Let's make a cupuaçu cake using topological sorting (in alphabetical order). What will be the the first ingredient to be mixed? INGREDIENTS 1 1/2 cups of Cupuaçu pulp 2 cups of Milk 3 cups of Cream 2 1/2 cups of Sugar 1 cup of Butter 5 Eggs 4 cups of Flour 1 tablespoon of Baking powder PREPARATION Milk -> Cream Cupuaçu pulp -> Cream Sugar -> Eggs Cream -> Eggs Butter -> Eggs Eggs -> Flour Flour -> Baking powder Chose the right answer. A. Sugar B. Butter C. Milk D. Cupuaçu pulp E. None of the above.
Could not understand the question. It says 'initial number of links at time 6084'. Does that refer to a node's degree? Why is it 'initial' given that the time is very advanced?
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