Category: Discrete Math

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Rewrite the solution by using the mathematical induction method. Refer to the l

Rewrite the solution by using the mathematical induction method. Refer to the lecture notes 24 – Lecture notes 11/08/2022 25 – Lecture notes 11/15 The solution is on the lecture notes 25. However, you need to rewrite the solutions in detail.

below is the link to the textbook that i want you to use for reference incase yo

below is the link to the textbook that i want you to use for reference incase you many need https://ccsf-math-115.github.io/textbook/mcs_2018_…

Bid if you can handle it please the last tutor cancelled my work

see the link below for the textbook to answer the questions below https://ccsf-math-115.github.io/textbook/mcs_2018_… Bid if you can handle it please the last tutor cancelled my work

State how to ensure the selection of a simple random sample and make use of an example to demonstrate.

Go to the following link and read: http://en.wikipedia.org/wiki/Simple_random_sample and describe the difference between a random sample, and a simple random sample. State how to ensure the selection of a simple random sample and make use of an example to demonstrate.

Centrality measures (degree, betweenness, closeness, pagerank, etc)

Compute all the performance measures (Closeness, Betweenness, PageRank, Clustering Coefficients as in the main reference article) per each time interval, 0-10 min, 10-20 min,…,40-45 (First Half), 45 (Second half Start)-55,…,85-90 (Final). Analyze passing-index data in line with the project aim. Graphical representations of the passing networks Centrality measures (degree, betweenness, closeness, PageRank, etc) Clustering effects…
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Graphical representations of the passing networks

Compute all the performance measures (Closeness, Betweenness, PageRank, Clustering Coefficients as in the main reference article) per each time interval, 0-10 min, 10-20 min,…,40-45 (First Half), 45 (Second half Start)-55,…,85-90 (Final). Analyze passing-index data in line with the project aim. Graphical representations of the passing networks Centrality measures (degree, betweenness, closeness, PageRank, etc) Clustering effects…
Read more

Below is the link to the textbook that i want you to use for reference incase yo

below is the link to the textbook that i want you to use for reference incase you many need https://ccsf-math-115.github.io/textbook/mcs_2018_…

See the link below for the textbook to answer the questions below https://ccsf-m

see the link below for the textbook to answer the questions below https://ccsf-math-115.github.io/textbook/mcs_2018_…

Graphical representations of the passing networks

Compute all the performance measures (Closeness, Betweenness, PageRank, Clustering Coefficients as in the main reference article) per each time interval, 0-10 min, 10-20 min,…,40-45 (First Half), 45 (Second half Start)-55,…,85-90 (Final). Analyze passing-index data in line with the project aim. Graphical representations of the passing networks Centrality measures (degree, betweenness, closeness, PageRank, etc) Clustering effects…
Read more

Write a code to compute the box counting dimension and compute it for the hénon map.

Write a code to produce the Mandelbrot set and reproduce Fig 4.10 (hint: suppose that if |z|>2 then the orbit diverges to infinity). Write a code to produce Julia sets and reproduce Fig 4.11.(a) Write a code to compute the box counting dimension and compute it for the Hénon map. (Show your plot corresponding to…
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