[Coursera] Global Warming - the Science of Climate Change torrent, magnet, bt

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[Coursera] Global Warming - the Science of Climate Change

magnet:?xt=urn:btih:A65D7F04F57928F1873D991F1D8B689979AED344&dn=%5BCoursera%5D%20Global%20Warming%20-%20the%20Science%20of%20Climate%20Change

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Torrent Hash:

A65D7F04F57928F1873D991F1D8B689979AED344

Number of Files:

298

Content Size:

2.53GB

Convert On:

2019-07-02

Keywords:

Coursera Global Warming the Science of Climate Change

Magnet Link:

magnet:?xt=urn:btih:A65D7F04F57928F1873D991F1D8B689979AED344&dn=%5BCoursera%5D%20Global%20Warming%20-%20the%20Science%20of%20Climate%20Change

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File Name

Size

9 - 3 - Knuth-Morris-Pratt (33_14).mp4

45.04MB

4 - 5 - Prim's Algorithm (33_15).mp4

42.28MB

8 - 1 - R-way Tries (32_19).mp4

40.89MB

11 - 4 - LZW Compression (27_33).mp4

37.15MB

2 - 3 - Depth-First Search (26_22).mp4

36.97MB

11 - 1 - Introduction to Data Compression (22_27).mp4

36.04MB

14 - 1 - Introduction to Intractability (17_00).mp4

34.49MB

11 - 3 - Huffman Compression (24_14).mp4

34.02MB

6 - 6 - Maxflow Applications (22_20).mp4

33.91MB

10 - 5 - Regular Expression Applications (20_09).mp4

33.8MB

8 - 3 - Character-Based Operations (20_03).mp4

32.72MB

1 - 1 - Greenhouse Gas Physics (7_42).mp4

32.31MB

3 - 1 - Greenhouse Gas Physics (7_42).mp4

32.31MB

14 - 5 - NP-Completeness (12_38).mp4

31.8MB

10 - 1 - Regular Expressions (20_03).mp4

30.83MB

13 - 1 - Brewer's Problem (21_15).mp4

30.55MB

13 - 3 - Simplex Implementations (16_21).mp4

30.05MB

14 - 3 - P vs. NP (16_29).mp4

29.95MB

7 - 6 - Suffix Arrays (19_25).mp4

29.63MB

8 - 2 - Ternary Search Tries (22_42).mp4

29.27MB

1 - 2 - The Band Saturation Effect (12_41).mp4

28.27MB

3 - 2 - The Band Saturation Effect (12_41).mp4

28.27MB

5 - 3 - Dijkstra's Algorithm (18_58).mp4

28.09MB

5 - 5 - Negative Weights (21_01).mp4

27.84MB

7 - 3 - LSD Radix Sort (15_00).mp4

27.68MB

3 - 3 - Digraph Search (20_56).mp4

27.59MB

5 - 4 - Edge-Weighted DAGs (19_23).mp4

26.49MB

3 - 5 - Strong Components (20_22).mp4

26.06MB

7 - 1 - Strings in Java (17_43).mp4

25.38MB

1 - 1 - Welcome (6_00).mp4

25.3MB

10 - 1 - Welcome (6_00).mp4

25.3MB

2 - 5 - Connected Components (18_56).mp4

24.75MB

9 - 5 - Rabin-Karp (16_13).mp4

24.58MB

2 - 6 - Graph Challenges (14_29).mp4

24.32MB

10 - 3 - NFA Simulation (18_27).mp4

23.88MB

7 - 8 - The Greenhouse Effect (9_41).mp4

23.62MB

2 - 8 - The Greenhouse Effect (9_41).mp4

23.62MB

2 - 2 - Units of Energy (5_10).mp4

21.85MB

3 - 4 - Pressure in a Standing Fluid (10_58).mp4

21.83MB

1 - 4 - Pressure in a Standing Fluid (10_58).mp4

21.83MB

14 - 6 - Coping with Intractability (14_01).mp4

21.66MB

14 - 4 - Classifying Problems (13_43).mp4

21.37MB

14 - 2 - Search Problems (10_56).mp4

21.23MB

13 - 4 - Linear Programming Reductions (11_46).mp4

20.79MB

8 - 8 - Clouds (9_15).mp4

20.65MB

4 - 8 - Clouds (9_15).mp4

20.65MB

2 - 2 - Graph API (14_47).mp4

20.58MB

2 - 7 - Naked Planet Climate Model (8_13).mp4

20.41MB

7 - 7 - Naked Planet Climate Model (8_13).mp4

20.41MB

5 - 2 - Shortest Path Properties (14_46).mp4

19.77MB

9 - 6 - Economics of Climate Change (8_50).mp4

19.75MB

6 - 5 - Java Implementation (14_29).mp4

19.15MB

2 - 4 - Breadth-First Search (13_34).mp4

19.07MB

10 - 2 - REs and NFAs (13_14).mp4

19.06MB

7 - 4 - MSD Radix Sort (13_41).mp4

19.04MB

12 - 4 - Classifying Problems (12_45).mp4

18.52MB

4 - 2 - Greedy Algorithm (12_56).mp4

18.29MB

12 - 1 - Introduction to Reductions (9_25).mp4

17.45MB

5 - 1 - The Weathering CO₂ Thermostat (8_44).mp4

17.42MB

3 - 4 - Topological Sort (12_54).mp4

16.88MB

4 - 4 - Kruskal's Algorithm (12_28).mp4

16.87MB

7 - 4 - The Smoking Gun_ Warming Since the 1970s (6_54).mp4

16.77MB

7 - 2 - Key-Indexed Counting (12_06).mp4

16.76MB

6 - 5 - Methane as a Greenhouse Gas (8_49).mp4

16.63MB

10 - 4 - NFA Construction (11_42).mp4

16.56MB

12 - 3 - Establishing Lower Bounds (9_16).mp4

16.45MB

4 - 6 - MST Context (10_34).mp4

16.42MB

13 - 2 - Simplex Algorithm (11_49).mp4

16.12MB

1 - 5 - Water Vapor and Latent Heat (8_30).mp4

16.05MB

3 - 5 - Water Vapor and Latent Heat (8_30).mp4

16.05MB

1 - 3 - Atmospheric Temperature Structure (8_38).mp4

15.79MB

3 - 3 - Atmospheric Temperature Structure (8_38).mp4

15.79MB

5 - 1 - Shortest Paths APIs (10_51).mp4

15.67MB

4 - 3 - Edge-Weighted Graph API (11_15).mp4

15.12MB

6 - 1 - Introduction to Maxflow (10_33).mp4

14.99MB

2 - 1 - Introduction to Graphs (9_32).mp4

14.57MB

9 - 4 - Geoengineering_ CO₂ Capture and Sequestration (6_47).mp4

14.51MB

9 - 2 - Brute-Force Substring Search (10_11).mp4

14.13MB

2 - 1 - Using Units (2_52).mp4

13.71MB

4 - 7 - Water Vapor Feedback (7_01).mp4

13.42MB

8 - 7 - Water Vapor Feedback (7_01).mp4

13.42MB

3 - 1 - Introduction to Digraphs (8_30).mp4

13.31MB

7 - 10 - Glacial - Interglacial Cycles (6_24).mp4

13.19MB

6 - 3 - Maxflow-Mincut Theorem (9_38).mp4

12.78MB

6 - 4 - Running Time Analysis (8_49).mp4

12.67MB

5 - 8 - Oil (6_59).mp4

12.6MB

9 - 4 - Boyer-Moore (8_36).mp4

12.01MB

7 - 5 - 3-way Radix Quicksort (7_22).mp4

11.91MB

12 - 2 - Designing Algorithms (8_13).mp4

11.87MB

9 - 3 - Slug Theory (5_42).mp4

11.76MB

5 - 6 - Oxidation and Reduction of Carbon (6_11).mp4

11.63MB

4 - 9 - Aerosols (5_48).mp4

11.56MB

8 - 9 - Aerosols (5_48).mp4

11.56MB

5 - 4 - The Land Surface in the Carbon Cycle (5_28).mp4

11.53MB

2 - 5 - Light (5_48).mp4

11.44MB

7 - 5 - Light (5_48).mp4

11.44MB

6 - 3 - Ocean Buffer Chemistry (6_14).mp4

11.35MB

7 - 6 - Blackbody Radiation (6_07).mp4

11.25MB

2 - 6 - Blackbody Radiation (6_07).mp4

11.25MB

5 - 3 - The Oceans in the Carbon Cycle (5_15).mp4

11.16MB

8 - 2 - Coriolis Acceleration (5_25).mp4

10.99MB

4 - 2 - Coriolis Acceleration (5_25).mp4

10.99MB

4 - 3 - Geostrophic Motion (5_21).mp4

10.92MB

8 - 3 - Geostrophic Motion (5_21).mp4

10.92MB

7 - 9 - Solar Intensity and the Hockey Stick (6_19).mp4

10.77MB

6 - 7 - Why the CO₂ Tail Matters (6_35).mp4

10.69MB

6 - 6 - The Long CO₂ Tail (5_37).mp4

10.62MB

4 - 10 - Climate Sensitivity (4_38).mp4

10.13MB

8 - 10 - Climate Sensitivity (4_38).mp4

10.13MB

9 - 8 - Mitigation_ Long-Term (3_55).mp4

9.55MB

9 - 7 - Mitigation_ Short-Term (4_18).mp4

9.52MB

7 - 2 - Sea Surface Temperature Records (3_20).mp4

9.5MB

5 - 5 - The Battery of the Biosphere (5_16).mp4

9.19MB

11 - 2 - Run-Length Coding (5_59).mp4

9.11MB

9 - 1 - Introduction to Substring Search (6_42).mp4

9.04MB

7 - 8 - Oxygen Isotopes (4_45).mp4

8.92MB

7 - 1 - Land Surface Temperature Records (4_15).mp4

8.87MB

4 - 5 - Positive and Negative Feedbacks (4_36).mp4

8.75MB

8 - 5 - Positive and Negative Feedbacks (4_36).mp4

8.75MB

5 - 2 - The Goldilocks Planets (3_41).mp4

8.72MB

9 - 5 - Geoengineering_ Solar Radiation Management (3_57).mp4

8.68MB

6 - 2 - Ford-Fulkerson Algorithm (6_32).mp4

8.51MB

7 - 3 - Heat (4_15).mp4

8.3MB

2 - 3 - Heat (4_15).mp4

8.3MB

8 - 6 - Greenland Ice Sheet (3_55).mp4

8.27MB

7 - 6 - Tree Rings (4_25).mp4

8.16MB

8 - 1 - Global Weirding (3_48).mp4

7.73MB

8 - 4 - The Turbulent Cascade (3_27).mp4

7.67MB

4 - 4 - The Turbulent Cascade (3_27).mp4

7.67MB

4 - 1 - Heat Transport (3_29).mp4

7.39MB

8 - 1 - Heat Transport (3_29).mp4

7.39MB

5 - 7 - Coal (4_20).mp4

7.28MB

3 - 2 - Digraph API (4_56).mp4

7.21MB

8 - 9 - Hurricanes (3_14).mp4

6.97MB

7 - 2 - Units of Energy (3_27).mp4

6.85MB

7 - 3 - Satellite Temperature Records (2_26).mp4

6.81MB

4 - 1 - Introduction to MSTs (4_04).mp4

6.76MB

7 - 5 - Paleoclimate and Proxy Measurements (3_46).mp4

6.67MB

6 - 1 - Forecasting Future Emissions (3_38).mp4

6.66MB

8 - 12 - Human Impacts (1_41).mp4

6.66MB

8 - 3 - Vegetation (2_57).mp4

6.43MB

6 - 2 - Human Impact on the Carbon Cycle (3_12).mp4

6.34MB

2 - 4 - Units of Light (3_16).mp4

6.24MB

7 - 4 - Units of Light (3_16).mp4

6.24MB

7 - 7 - Borehole Temperatures (2_48).mp4

5.76MB

8 - 11 - Ecosystem Impacts (2_31).mp4

5.73MB

7 - 1 - Using Units (2_52).mp4

5.66MB

8 - 5 - Antarctic Ice Sheet (2_52).mp4

5.43MB

6 - 4 - The Perturbed Carbon Cycle (2_42).mp4

5.38MB

8 - 6 - Ice Albedo Feedback (2_17).mp4

5.37MB

4 - 6 - Ice Albedo Feedback (2_17).mp4

5.37MB

9 - 1 - Stabilization Scenarios (2_27).mp4

5.36MB

5 - 9 - Natural Gas (2_30).mp4

4.85MB

9 - 2 - Temperature Targets (1_52).mp4

4.81MB

8 - 2 - Monsoons (2_09).mp4

4.4MB

8 - 4 - Impacts of Sea Level (2_01).mp4

4.38MB

3 - 6 - Moist Convection (2_01).mp4

4.36MB

1 - 6 - Moist Convection (2_01).mp4

4.36MB

8 - 7 - Paleo Sea Level Changes (2_11).mp4

4.09MB

8 - 10 - Extreme Weather (1_40).mp4

4.09MB

8 - 8 - Water Vapor and Storminess (1_02).mp4

2.62MB

4 - 5 - Prim's Algorithm (33_15).srt

38.98KB

9 - 3 - Knuth-Morris-Pratt (33_14).srt

38.17KB

8 - 1 - R-way Tries (32_19).srt

37.97KB

2 - 3 - Depth-First Search (26_22).srt

31.03KB

11 - 4 - LZW Compression (27_33).srt

27.74KB

11 - 3 - Huffman Compression (24_14).srt

26.39KB

8 - 2 - Ternary Search Tries (22_42).srt

25.74KB

6 - 6 - Maxflow Applications (22_20).srt

25.52KB

11 - 1 - Introduction to Data Compression (22_27).srt

25.48KB

5 - 5 - Negative Weights (21_01).srt

23.88KB

3 - 5 - Strong Components (20_22).srt

23.83KB

13 - 1 - Brewer's Problem (21_15).srt

22.97KB

5 - 4 - Edge-Weighted DAGs (19_23).srt

22.87KB

10 - 1 - Regular Expressions (20_03).srt

22.83KB

5 - 3 - Dijkstra's Algorithm (18_58).srt

22.51KB

7 - 6 - Suffix Arrays (19_25).srt

22.5KB

2 - 5 - Connected Components (18_56).srt

22.39KB

3 - 3 - Digraph Search (20_56).srt

22.38KB

10 - 5 - Regular Expression Applications (20_09).srt

21.62KB

8 - 3 - Character-Based Operations (20_03).srt

21.59KB

7 - 1 - Strings in Java (17_43).srt

21.35KB

14 - 1 - Introduction to Intractability (17_00).srt

19.89KB

10 - 3 - NFA Simulation (18_27).srt

19.82KB

14 - 3 - P vs. NP (16_29).srt

18.07KB

13 - 3 - Simplex Implementations (16_21).srt

17.93KB

7 - 3 - LSD Radix Sort (15_00).srt

17.74KB

9 - 5 - Rabin-Karp (16_13).srt

16.94KB

2 - 6 - Graph Challenges (14_29).srt

16.89KB

3 - 2 - The Band Saturation Effect (12_41).srt

16.62KB

2 - 2 - Graph API (14_47).srt

16.47KB

6 - 5 - Java Implementation (14_29).srt

16.21KB

5 - 2 - Shortest Path Properties (14_46).srt

15.94KB

4 - 2 - Greedy Algorithm (12_56).srt

15.87KB

7 - 4 - MSD Radix Sort (13_41).srt

15.82KB

2 - 4 - Breadth-First Search (13_34).srt

15.71KB

10 - 2 - REs and NFAs (13_14).srt

15.29KB

3 - 4 - Pressure in a Standing Fluid (10_58).srt

15.07KB

3 - 4 - Topological Sort (12_54).srt

14.64KB

14 - 4 - Classifying Problems (13_43).srt

14.54KB

12 - 4 - Classifying Problems (12_45).srt

14.04KB

14 - 6 - Coping with Intractability (14_01).srt

14.02KB

4 - 4 - Kruskal's Algorithm (12_28).srt

13.98KB

14 - 5 - NP-Completeness (12_38).srt

13.88KB

2 - 8 - The Greenhouse Effect (9_41).srt

13.26KB

13 - 4 - Linear Programming Reductions (11_46).srt

13.21KB

5 - 1 - Shortest Paths APIs (10_51).srt

13.15KB

6 - 1 - Introduction to Maxflow (10_33).srt

12.99KB

7 - 2 - Key-Indexed Counting (12_06).srt

12.97KB

14 - 2 - Search Problems (10_56).srt

12.67KB

10 - 4 - NFA Construction (11_42).srt

12.34KB

4 - 8 - Clouds (9_15).srt

12.07KB

3 - 3 - Atmospheric Temperature Structure (8_38).srt

11.89KB

12 - 1 - Introduction to Reductions (9_25).srt

11.84KB

4 - 3 - Edge-Weighted Graph API (11_15).srt

11.83KB

13 - 2 - Simplex Algorithm (11_49).srt

11.79KB

9 - 2 - Brute-Force Substring Search (10_11).srt

11.73KB

4 - 6 - MST Context (10_34).srt

11.56KB

5 - 1 - The Weathering CO₂ Thermostat (8_44).srt

11.53KB

2 - 1 - Introduction to Graphs (9_32).srt

11.46KB

2 - 7 - Naked Planet Climate Model (8_13).srt

11.46KB

6 - 5 - Methane as a Greenhouse Gas (8_49).srt

11.25KB

9 - 6 - Economics of Climate Change (8_50).srt

11.12KB

6 - 3 - Maxflow-Mincut Theorem (9_38).srt

10.95KB

3 - 1 - Greenhouse Gas Physics (7_42).srt

10.84KB

3 - 5 - Water Vapor and Latent Heat (8_30).srt

10.67KB

12 - 3 - Establishing Lower Bounds (9_16).srt

10.56KB

3 - 1 - Introduction to Digraphs (8_30).srt

10.3KB

6 - 4 - Running Time Analysis (8_49).srt

9.89KB

9 - 4 - Boyer-Moore (8_36).srt

9.71KB

12 - 2 - Designing Algorithms (8_13).srt

9.46KB

7 - 4 - The Smoking Gun_ Warming Since the 1970s (6_54).srt

8.99KB

5 - 8 - Oil (6_59).srt

8.95KB

4 - 7 - Water Vapor Feedback (7_01).srt

8.88KB

9 - 4 - Geoengineering_ CO₂ Capture and Sequestration (6_47).srt

8.61KB

6 - 7 - Why the CO₂ Tail Matters (6_35).srt

8.36KB

7 - 9 - Solar Intensity and the Hockey Stick (6_19).srt

8.25KB

7 - 5 - 3-way Radix Quicksort (7_22).srt

8.23KB

7 - 10 - Glacial - Interglacial Cycles (6_24).srt

8.21KB

2 - 5 - Light (5_48).srt

7.93KB

2 - 6 - Blackbody Radiation (6_07).srt

7.89KB

6 - 3 - Ocean Buffer Chemistry (6_14).srt

7.71KB

9 - 1 - Introduction to Substring Search (6_42).srt

7.69KB

5 - 6 - Oxidation and Reduction of Carbon (6_11).srt

7.69KB

1 - 1 - Welcome (6_00).srt

7.6KB

6 - 2 - Ford-Fulkerson Algorithm (6_32).srt

7.56KB

4 - 2 - Coriolis Acceleration (5_25).srt

7.54KB

4 - 9 - Aerosols (5_48).srt

7.33KB

4 - 3 - Geostrophic Motion (5_21).srt

7.19KB

9 - 3 - Slug Theory (5_42).srt

6.99KB

5 - 4 - The Land Surface in the Carbon Cycle (5_28).srt

6.96KB

5 - 5 - The Battery of the Biosphere (5_16).srt

6.63KB

6 - 6 - The Long CO₂ Tail (5_37).srt

6.53KB

11 - 2 - Run-Length Coding (5_59).srt

6.34KB

5 - 3 - The Oceans in the Carbon Cycle (5_15).srt

6.3KB

4 - 5 - Positive and Negative Feedbacks (4_36).srt

6.14KB

4 - 10 - Climate Sensitivity (4_38).srt

6.01KB

2 - 2 - Units of Energy (5_10).srt

5.9KB

7 - 6 - Tree Rings (4_25).srt

5.8KB

2 - 3 - Heat (4_15).srt

5.75KB

9 - 7 - Mitigation_ Short-Term (4_18).srt

5.63KB

7 - 8 - Oxygen Isotopes (4_45).srt

5.59KB

9 - 8 - Mitigation_ Long-Term (3_55).srt

5.44KB

3 - 2 - Digraph API (4_56).srt

5.27KB

9 - 5 - Geoengineering_ Solar Radiation Management (3_57).srt

5.2KB

5 - 7 - Coal (4_20).srt

5.07KB

8 - 6 - Greenland Ice Sheet (3_55).srt

4.87KB

7 - 1 - Land Surface Temperature Records (4_15).srt

4.77KB

7 - 5 - Paleoclimate and Proxy Measurements (3_46).srt

4.62KB

4 - 1 - Heat Transport (3_29).srt

4.55KB

8 - 1 - Global Weirding (3_48).srt

4.54KB

2 - 1 - Using Units (2_52).srt

4.42KB

5 - 2 - The Goldilocks Planets (3_41).srt

4.4KB

4 - 1 - Introduction to MSTs (4_04).srt

4.37KB

7 - 2 - Sea Surface Temperature Records (3_20).srt

4.34KB

4 - 4 - The Turbulent Cascade (3_27).srt

4.26KB

6 - 2 - Human Impact on the Carbon Cycle (3_12).srt

4.21KB

6 - 1 - Forecasting Future Emissions (3_38).srt

4.15KB

2 - 4 - Units of Light (3_16).srt

4.08KB

8 - 9 - Hurricanes (3_14).srt

4.07KB

7 - 7 - Borehole Temperatures (2_48).srt

3.61KB

8 - 5 - Antarctic Ice Sheet (2_52).srt

3.57KB

8 - 3 - Vegetation (2_57).srt

3.49KB

6 - 4 - The Perturbed Carbon Cycle (2_42).srt

3.21KB

7 - 3 - Satellite Temperature Records (2_26).srt

3.04KB

8 - 11 - Ecosystem Impacts (2_31).srt

2.89KB

_README.txt

2.79KB

9 - 1 - Stabilization Scenarios (2_27).srt

2.75KB

5 - 9 - Natural Gas (2_30).srt

2.74KB

4 - 6 - Ice Albedo Feedback (2_17).srt

2.65KB

8 - 7 - Paleo Sea Level Changes (2_11).srt

2.62KB

3 - 6 - Moist Convection (2_01).srt

2.59KB

8 - 2 - Monsoons (2_09).srt

2.48KB

8 - 4 - Impacts of Sea Level (2_01).srt

2.41KB

9 - 2 - Temperature Targets (1_52).srt

2.11KB

8 - 12 - Human Impacts (1_41).srt

1.88KB

8 - 10 - Extreme Weather (1_40).srt

1.8KB

8 - 8 - Water Vapor and Storminess (1_02).srt

1.3KB

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