Difference between revisions of "IBCS2 - 1314 - November"
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Latest revision as of 09:16, 5 December 2013
Contents
Wednesday - Friday (11/27/13 - 11/29/13)
- Thanksgiving Break
Monday (11/25/13)
Agenda:
- Logic gate symbols review
- Computer Architecture Quiz & Boolean Logic Quiz
- Work on IA Project
Thursday (11/21/13)
Agenda:
- NVCC Dual Enrollment Testing
- Finish Media:BooleanLogic.ppt
- Extremely simple logic gates & practice
- The real logic gate symbols
- Computer Architecture Quiz & Boolean Logic Quiz on Monday (11/25/13)
- Work on IA Project
Tuesday (11/19/13)
Agenda:
- NVCC Dual Enrollment
- Complete the NVCC admission application (obtain your NVCC student ID #)
- Write your name and NVCC student ID# on the placement sheet
- Circle and write your scores that place you out of the COMPASS exam
- Complete the NVCC Student ID# Survey
- Media:CPU_Advanced.ppt (This lecture is not in the IB curriculum anymore)
- Media:BooleanLogic.ppt
- Work on IA Project
Friday (11/15/13)
Agenda:
- Introduction to Computer Architecture
- Media:ComputerArchitecture.ppt (Definitely know this stuff)
Wednesday (11/13/13)
Agenda:
- Turn in Criterion B: Solution overview (print it out)
- Binary Tree Quiz
- Internal Assessment project updates
- Work on your Internal Assessment (and be able to answer the following questions)
- What programming language and technologies will you use?
- What kind of programming environment do you need? (e.g. web server?)
- How will you write your code on more than one computer? (Source control) (e.g. Git, Dropbox, flashdrive?)
Friday (11/8/13)
Agenda:
- Binary Tree Quiz on Wednesday (11/13/13)
- Complete Criterion B: Solution overview (due by Wednesday 11/13/13)
Wednesday (11/6/13)
Warmup:
- Insert the following into a binary tree: 3, 4, 2, 8, 7, 5
- What is the in-order traversal/output of the binary tree created?
- What is the pre-order traversal/output of the binary tree created?
- What is the post-order traversal/output of the binary tree created?
Agenda:
- Complete binary tree code walk-through
- Complete the traversal functions of the binary tree
- Test them out and confirm that they are outputting correctly
- Return 1st quarter papers
- Work on Internal Assessment project
- Complete Criterion B: Solution overview (due by Wednesday 11/13/13)
Friday (11/1/13)
Warmup:
- Insert the following into a binary tree: 3, 4, 2, 8, 7, 5
Agenda:
- Introduction to Binary Trees
- Media:BinaryTrees.ppt
- Media:Recursion.ppt
- Binary Tree Code walk-through
- What does the IB expect you to know about Binary Trees?
- Diagrams and descriptions for building, adding, removing, and searching in a binary tree
- In-order, pre-order, and post-order tree traversals
- Tracing recursive algorithms