Torrent Info
Title Learn Computer Programming from Absolute Zero
Category
Size 3.06GB

Files List
Please note that this page does not hosts or makes available any of the listed filenames. You cannot download any of those files from here.
[TGx]Downloaded from torrentgalaxy.to .txt 585B
0 314.14KB
1 7.95KB
1. What have we learned during the entire course.mp4 27.75MB
1. What have we learned during the entire course.srt 1.66KB
1. What will we learn.mp4 32.23MB
1. What will we learn.mp4 25.75MB
1. What will we learn.mp4 18.31MB
1. What will we learn.mp4 12.79MB
1. What will we learn.mp4 11.18MB
1. What will we learn.mp4 11.09MB
1. What will we learn.mp4 4.63MB
1. What will we learn.srt 2.11KB
1. What will we learn.srt 1.63KB
1. What will we learn.srt 911B
1. What will we learn.srt 1.25KB
1. What will we learn.srt 957B
1. What will we learn.srt 728B
1. What will we learn.srt 656B
10 484.74KB
10. AND logic gates.mp4 56.80MB
10. AND logic gates.srt 3.42KB
10. i = i + 1.mp4 49.77MB
10. i = i + 1.srt 3.13KB
10. Type conversions.mp4 5.71MB
10. Type conversions.srt 2.78KB
11 547.73KB
11. Algorithm count to 10 (end condition).mp4 78.70MB
11. Algorithm count to 10 (end condition).srt 4.74KB
11. Input.mp4 8.03MB
11. Input.srt 3.08KB
11. OR logic gates.mp4 28.72MB
11. OR logic gates.srt 1.67KB
12 89.74KB
12. Algorithm count to 10 (start condition).mp4 28.11MB
12. Algorithm count to 10 (start condition).srt 1.79KB
12. Logic gates - conclusion.mp4 34.89MB
12. Logic gates - conclusion.srt 3.94KB
12. Logic values.mp4 7.73MB
12. Logic values.srt 2.82KB
13 919.43KB
13. Algorithm add together numbers from 1 to 10.mp4 82.75MB
13. Algorithm add together numbers from 1 to 10.srt 5.28KB
13. Boolean algebra.mp4 29.59MB
13. Boolean algebra.srt 4.07KB
13. Conditions.mp4 24.19MB
13. Conditions.srt 1.57KB
14 180.21KB
14. Algorithm number guessing game.mp4 72.03MB
14. Algorithm number guessing game.srt 4.65KB
14. Boolean algebra - conclusion.mp4 53.64MB
14. Boolean algebra - conclusion.srt 6.23KB
14. Loops.mp4 29.06MB
14. Loops.srt 4.04KB
15 201.11KB
15. Arrays.mp4 77.30MB
15. Arrays.srt 5.10KB
15. Decomposing numbers, part 1.mp4 30.93MB
15. Decomposing numbers, part 1.srt 4.35KB
15. Number guessing game.mp4 18.25MB
15. Number guessing game.srt 3.30KB
16 368.17KB
16. Arrays using playing cards.mp4 38.63MB
16. Arrays using playing cards.srt 2.15KB
16. Decomposing numbers, part 2.mp4 21.69MB
16. Decomposing numbers, part 2.srt 2.43KB
16. Methods.mp4 38.91MB
16. Methods.srt 3.30KB
17 615.58KB
17. Algorithm traversing an array.mp4 79.83MB
17. Algorithm traversing an array.srt 5.10KB
17. Base-8 numbers.mp4 40.93MB
17. Base-8 numbers.srt 4.49KB
17. Object-oriented programming.mp4 29.38MB
17. Object-oriented programming.srt 5.25KB
18 334.45KB
18. Algorithm the smallest card.mp4 96.99MB
18. Algorithm the smallest card.srt 6.40KB
18. Binary system.mp4 27.54MB
18. Binary system.srt 3.70KB
18. What we have learned (and what we haven't).mp4 8.12MB
18. What we have learned (and what we haven't).srt 1.32KB
19 234.66KB
19. Algorithm summing an array.mp4 51.40MB
19. Algorithm summing an array.srt 2.96KB
19. Assignment.html 154B
19. XOR logic gate.mp4 31.34MB
19. XOR logic gate.srt 4.26KB
2 648.08KB
2.1 links.pdf 21.35KB
2. About Ruby.mp4 15.23MB
2. About Ruby.srt 2.20KB
2. Algorithms.mp4 87.37MB
2. Algorithms.srt 6.19KB
2. From typewriter to text editors.mp4 44.46MB
2. From typewriter to text editors.srt 5.17KB
2. General architecture of a computer.mp4 17.43MB
2. General architecture of a computer.srt 1.23KB
2. What does it mean to program.mp4 44.40MB
2. What does it mean to program.srt 3.35KB
2. What is a computer.mp4 46.24MB
2. What is a computer.srt 2.81KB
2. Where to now.mp4 23.29MB
2. Where to now.srt 1.41KB
2. Why programming.mp4 58.10MB
2. Why programming.srt 3.69KB
20 12.81KB
20. Addition using XOR and AND.mp4 31.23MB
20. Addition using XOR and AND.srt 3.60KB
20. Algorithm product between min and max of an array.mp4 44.88MB
20. Algorithm product between min and max of an array.srt 2.65KB
21 443.72KB
21. What have we learned.mp4 18.93MB
21. What have we learned.mp4 9.45MB
21. What have we learned.srt 1.49KB
21. What have we learned.srt 1.27KB
22 556.69KB
23 781.45KB
24 126.60KB
25 226.71KB
26 550.70KB
27 618.24KB
28 205.43KB
29 74.81KB
3 259.80KB
3. Algorithm example.mp4 33.87MB
3. Algorithm example.srt 2.38KB
3. IDE.mp4 19.17MB
3. IDE.srt 2.59KB
3. Installing Ruby.mp4 28.55MB
3. Installing Ruby.srt 3.70KB
3. Languages.mp4 36.59MB
3. Languages.srt 2.51KB
3. Processor.mp4 65.47MB
3. Processor.srt 3.43KB
3. The author.mp4 8.57MB
3. The author.srt 491B
3. Why do we need computers, anyway.mp4 71.85MB
3. Why do we need computers, anyway.srt 4.72KB
30 346.08KB
31 871.94KB
32 88.05KB
33 376.01KB
34 417.40KB
35 94.50KB
36 95.75KB
37 147.93KB
38 710.59KB
39 116.54KB
4 174.91KB
4. Boxes.mp4 67.53MB
4. Boxes.srt 4.49KB
4. Course structure.mp4 35.31MB
4. Course structure.srt 2.07KB
4. File operations in code editors.mp4 6.51MB
4. File operations in code editors.srt 3.36KB
4. iRB.mp4 4.35MB
4. iRB.srt 2.21KB
4. Memory.mp4 57.82MB
4. Memory.srt 2.96KB
4. The premise of computers.mp4 47.46MB
4. The premise of computers.srt 2.46KB
4. Types of languages.mp4 47.99MB
4. Types of languages.srt 3.62KB
40 130.71KB
41 788.28KB
42 930.58KB
43 672.62KB
44 791.60KB
45 75.30KB
46 953.28KB
47 419.64KB
48 637.54KB
49 959.19KB
5 303.13KB
5. Machine language.mp4 32.09MB
5. Machine language.srt 2.39KB
5. Multiplying together three numbers.mp4 24.15MB
5. Multiplying together three numbers.srt 1.63KB
5. Peripherals.mp4 30.07MB
5. Peripherals.srt 1.93KB
5. Scripting.mp4 7.50MB
5. Scripting.srt 3.03KB
5. The transistor.mp4 44.78MB
5. The transistor.srt 2.83KB
5. What have we learned.mp4 11.56MB
5. What have we learned.srt 676B
50 284.40KB
51 459.14KB
52 912.09KB
53 254.48KB
54 469.48KB
55 252.64KB
56 826.05KB
57 873.65KB
58 724.33KB
59 321.75KB
6 713.20KB
6. Comments.mp4 7.22MB
6. Comments.srt 1.64KB
6. Data.mp4 67.87MB
6. Data.srt 3.50KB
6. Inversion.mp4 35.91MB
6. Inversion.srt 1.92KB
6. Operating systems.mp4 62.91MB
6. Operating systems.srt 5.48KB
6. Testing the algorithm.mp4 39.15MB
6. Testing the algorithm.srt 2.56KB
60 624.35KB
61 953.36KB
62 853.78KB
63 76.38KB
64 710.47KB
65 767.18KB
66 581.69KB
67 787.16KB
68 479.30KB
69 211.87KB
7 990.89KB
7. Breadboard.mp4 50.67MB
7. Breadboard.srt 3.10KB
7. Compilers, interpreters, transpilers.mp4 21.39MB
7. Compilers, interpreters, transpilers.srt 1.84KB
7. Variables.mp4 99.42MB
7. Variables.mp4 42.80MB
7. Variables.srt 6.39KB
7. Variables.srt 3.17KB
7. What have we learned.mp4 20.07MB
7. What have we learned.srt 1.33KB
70 450.90KB
71 841.22KB
72 932.53KB
73 40.14KB
74 606.30KB
75 563.98KB
76 439.45KB
77 896.16KB
78 989.91KB
79 277.09KB
8 157.28KB
8. AND card game.mp4 47.57MB
8. AND card game.srt 3.94KB
8. Conditions.mp4 35.86MB
8. Conditions.srt 2.27KB
8. Data types, part 1.mp4 10.41MB
8. Data types, part 1.srt 2.70KB
8. What have we learned.mp4 14.53MB
8. What have we learned.srt 865B
80 511.48KB
81 794.24KB
82 499.23KB
83 301.77KB
84 383.73KB
9 132.80KB
9. Data types, part 2.mp4 10.96MB
9. Data types, part 2.srt 4.09KB
9. Loops.mp4 35.91MB
9. Loops.srt 2.40KB
9. OR card game.mp4 39.66MB
9. OR card game.srt 2.28KB
TutsNode.com.txt 63B
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