Aset of cities v is connected by a network of roads g(v, e). the length of road e ∈ e is le. there is a proposal to add one new road to this network, and there is a list e0 of pairs of cities between which the new road can be built. each such potential road e 0 has an associated length. as a lobbyist for for city s, you wish to determine the road e 0 ∈ e that would result in the maximum decrease in the driving distance between s and a particular city t. give an efficient algorithm for solving this problem, and analyze its running time as a function of |v |, |e| and |e0

Will give brainliest plz hurry lexie surveyed 4 teenagers to find out approximately how many hours, per week, they read for fun, and how many siblings they have. brooke said she reads about 10 h a week for fun, and that she has 5 siblings. celia said she has 1 brother and 1 sister and reads for fun about 3 h each week. henry said he has 2 brothers and reads for fun about 30 min each week. jude said he doesn't read for fun and has 3 brothers and 3 sisters. use this information to complete the data table. express your answers as whole numbers or decimals. name hours of fun number of siblings brooke celia __ henry jude

Consider this equation. |y + 6| = 2 what can be concluded of the equation? check all that apply. there will be one solution. there will be two solutions. the solution to –(y + 6) = 2 will be also be a solution to the given absolute value equation. the solution(s) will be the number(s) on the number line 2 units away from –6. the value of y must be positive since the variable is inside absolute value signs.

What’s the range cuz i can’t find it?