I only need part 4 and 5 to be answered. The file for APT 28 is too big to be upluaded so i made a summary using  the AI version summary of it so please

Week8_Test Plan Instructions: The Test Plan for each project includes the Pseudocode, Flowchart, Goals and Objectives, Functional Requirements, and Test Matrix including Actual Output column.  Below the table are screenshots verifying the actual output for each case. Note:  Your programming projects should be submitted in the Revel environment for grading. Week

Week 7 only: Instructions: The Test Plan for each project includes the Pseudocode, Flowchart, Goals and Objectives, Functional Requirements, and Test Matrix including Actual Output column.  Below the table are screenshots verifying the actual output for each case. FOUR TEST PLANS!!!  Really?!  This is also an Announcement in our classroom.

Go through the attached PDF and submit ppt based on the instructions provided. Avoid plagiarism.

Week6_Test Plan Instructions: The Test Plan for each project includes the Pseudocode, Flowchart, Goals and Objectives, Functional Requirements, and Test Matrix including Actual Output column.  Below the table are screenshots verifying the actual output for each case. Week 6 Notes – Methods/Functions Let us recall our Week 5 Notes:   We

Final Assignment — Presentation This assignment will be submitted to Turnitin The assignment instructions can be accessed at the following link: WRTG393_final_assignment_Presentation_AWU_MC_F2023.pdf Please see the attachment below. Thank you 

https://drive.google.com/file/d/1-yFl5CflIVSx7N86ZrTj07I5y9CTPayc/view?usp=drive_linkcan you do this c++ assignment for me

Consider the diagram below, use Dijkstra’s link-state routing algorithm compute the least cost path from X to all other nodes and show the resulting forwarding table in x ………..

Consider the diagram below, use Dijkstra’s link-state routing algorithm compute the least cost path from X to all other nodes and show the resulting forwarding table in x……

Week 5: Instructions: The Test Plan for each project includes the Pseudocode, Flowchart, Goals and Objectives, Functional Requirements, and Test Matrix including Actual Output column.  Below the table are screenshots verifying the actual output for each case. Week 5 Notes – Loops ( while, do-while, and for ) Let us

Week 4: Instructions: The Test Plan for each project includes the Pseudocode, Flowchart, Goals and Objectives, Functional Requirements, and Test Matrix including Actual Output column.  Below the table are screenshots verifying the actual output for each case. Week 4 Notes – Mathematical Functions;  Characters and Strings Recalling our Week 3

Week 3: Order ID 581251 Instructions: The Test Plan for each project includes the Pseudocode, Flowchart, Goals and Objectives, Functional Requirements, and Test Matrix including Actual Output column.  Below the table are screenshots verifying the actual output for each case. How is your first Test Plan going?  You’ll be creating

Writing Assignment #5 — Resume and Cover Letter with Summary of PARC This assignment will be submitted to Turnitin Instructions: Please see the attachment. Thank you

Writing Assignment #5 — Resume and Cover Letter with Summary of PARC This assignment will be submitted to Turnitin Instructions: Please see the attachment. Thank you

Easiest topic related to Databases. Presentations should be 6- 8 minutes long (Slides according to this time). Presentation should end with a Q & A session. Presenter should ask their classmates (at least) three questions based on the content of their presentation. Presentation slides should include references to the source

Easiest Presentable topic related to Databases. Presentations should be 6- 8 minutes long (Slides according to this time ). Presentation should end with a Q & A session. Presenter should ask their classmates (at least) three questions based on the content of their presentation. Presentation slides should include references to

Easiest Presentable topic related to Databases. Presentations should be 6- 8 minutes long (Slides according to this time ). Presentation should end with a Q & A session. Presenter should ask their classmates (at least) three questions based on the content of their presentation. Presentation slides should include references to

Easiest Presentable topic related to Databases. Presentations should be 6- 8 minutes long (Slides according to this time ). Presentation should end with a Q & A session. Presenter should ask their classmates (at least) three questions based on the content of their presentation. Presentation slides should include references to

Easiest Presentable topic related to Databases. Presentations should be 6- 8 minutes long (Slides according to this time ). Presentation should end with a Q & A session. Presenter should ask their classmates (at least) three questions based on the content of their presentation. Presentation slides should include references to