Complete Guide to Differential Equations Foundations for Data Sci

Other · 1.3 GB · 2 S / 0 L
This torrent contains potentially dangerous file(s). Please download with caution.
Torrent
Magnet download .torrent file
Report torrent

Please select a reason for reporting this torrent:

Your report will be reviewed by our moderation team.
Login required

You need to be logged in to report torrents.

Login
Report information

Loading report information…
Info hash: 00D1A77BE8C6D2AAD333B0C77DF4C9AE8051FB45
Verifile
Not checked yet
Similar torrents
NameUploadedSizeSLBy
Complete Guide To The Human Body 2nd Edition 2024 2024-11-20 81.8 MB 24 2 DeadlySin
Complete Guide to yaml with python Configure your project 2023-07-15 851.9 MB 8 1 tutsnode
Complete Guide to Data Lakes and Lakehouses DevCourseWeb 2024-09-11 547.2 MB 5 0 FreeCourseWeb
Complete Guide to Elasticsearch DevCourseWeb 2023-10-30 2.6 GB 4 0 FreeCourseWeb
Complete Guide Codes For Homeowners Electrical Plumbing Construction Mechanical 2023-07-01 49.3 MB 3 2 nico1899
Complete Guide to TRX Suspension Training 2nd Edition True EPUB 2023-10-22 78.4 MB 3 0 freecoursewb
Complete Guide to Jira Administration Configuration Management 2025-07-31 1.1 GB 3 2 freecoursewb
Complete Guide to Dapr for NET and Azure Developers Building a 2025-10-23 834.3 MB 3 0 freecoursewb
Complete Guide to T SQL for Data Analysts by Microsoft Press 2026-03-02 902.9 MB 3 0 freecoursewb
Complete Guide To Wood Storage Projects Built In Freestanding Projects 2023-07-01 31.7 MB 2 0 nico1899
More like this
More Other
NameUploadedSizeSLBy
Consumer Reports 2015 All Editions 2026-11-13 125.5 MB 48 44 The Pirate Bay
24 For Dummies Books Collection Pack-6 2026-11-12 493.9 MB 152 73 The Pirate Bay
Reverse Engineering with AI 2026-11-10 5.0 MB 109 10 1337x
PimpMyMoney Ricky Mataka Ecommerce Print on Demand 2023-10-25 70.8 GB 1 0 CryOrDie
24 Fitness, Exercises & Yoga Books Collection Pack-3 2026-11-13 410.5 MB 48 38 The Pirate Bay
Creating Developer Documentation with GitHub Copilot 2025-05-08 596.0 MB 3 0 freecoursewb
Parole De Mamans (Abricot Production) 2021 WEB-DL 720p 2026-11-10 2.2 GB 16 18 The Pirate Bay
Providence, Evil and Salvation - A Thomist Perspective 2026-11-10 2.3 MB 18 4 1337x
See all Other
Uploader
freecoursewb
Source
1 1337x
Downloads
3
Type
Tutorials
Language
English
Category
Other
Size
1.3 GB
Added
2025-05-01 00:20 (1 year, 6 months ago)
Peers
2 seeders, 0 leechers (checked 3 days, 17 hours ago)
Trackers
TrackerSeedersLeechersCompleted
udp://open.stealth.si:80/announce110
udp://exodus.desync.com:6969/announce010
udp://tracker.cyberia.is:6969/announce (Failed to scrape UDP tracker)000
udp://tracker.opentrackr.org:1337/announce113
udp://tracker.torrent.eu.org:451/announce100
udp://explodie.org:6969/announce100
udp://tracker.birkenwald.de:6969/announce010
udp://tracker.moeking.me:6969/announce (Failed to scrape UDP tracker)000
udp://ipv4.tracker.harry.lu:80/announce (Failed to scrape UDP tracker)000
udp://tracker.tiny-vps.com:6969/announce010
udp://tracker.rarbg.unblockninja.st:6969/announce010
Files
  1. Get Bonus Downloads Here.url183 bytes
  2. 01 - Introduction to differential equations.mp42.6 MB
  3. 01 - Introduction to differential equations.srt1.4 KB
  4. 02 - What you should know.mp42.2 MB
  5. 02 - What you should know.srt1.4 KB
  6. 03 - Linear algebra review.mp426.3 MB
  7. 03 - Linear algebra review.srt29.5 KB
  8. 01 - What is a derivative.mp411.9 MB
  9. 01 - What is a derivative.srt12.3 KB
  10. 02 - What are differential equations.mp45.8 MB
  11. 02 - What are differential equations.srt6.4 KB
  12. 03 - Direction fields.mp412.2 MB
  13. 03 - Direction fields.srt9.4 KB
  14. 04 - Differential equation orders.mp47.0 MB
  15. 04 - Differential equation orders.srt7.3 KB
  16. 05 - Ordinary vs. partial differential equations.mp47.4 MB
  17. 05 - Ordinary vs. partial differential equations.srt7.8 KB
  18. 06 - Linear vs. nonlinear differential equations.mp47.8 MB
  19. 06 - Linear vs. nonlinear differential equations.srt7.5 KB
  20. 07 - Differential equation solutions.mp45.7 MB
  21. 07 - Differential equation solutions.srt6.2 KB
  22. 08 - Initial value problems.mp48.1 MB
  23. 08 - Initial value problems.srt8.4 KB
  24. 01 - First order differential equations introduction.mp46.4 MB
  25. 01 - First order differential equations introduction.srt6.3 KB
  26. 02 - Calculating first order differential equations.mp49.9 MB
  27. 02 - Calculating first order differential equations.srt10.6 KB
  28. 03 - Linear differential equations.mp416.4 MB
  29. 03 - Linear differential equations.srt16.9 KB
  30. 04 - Separable differential equations.mp414.2 MB
  31. 04 - Separable differential equations.srt14.9 KB
  32. 05 - Exact differential equations.mp421.2 MB
  33. 05 - Exact differential equations.srt19.4 KB
  34. 06 - Bernoulli differential equations.mp414.6 MB
  35. 06 - Bernoulli differential equations.srt14.1 KB
  36. 07 - Substitutions.mp49.1 MB
  37. 07 - Substitutions.srt8.9 KB
  38. 01 - Growth and decay.mp415.0 MB
  39. 01 - Growth and decay.srt13.0 KB
  40. 02 - Population.mp412.5 MB
  41. 02 - Population.srt11.1 KB
  42. 03 - Orthogonal trajectories.mp411.6 MB
  43. 03 - Orthogonal trajectories.srt11.5 KB
  44. 04 - Velocity.mp414.3 MB
  45. 04 - Velocity.srt12.7 KB
  46. 05 - Cooling and heating.mp412.3 MB
  47. 05 - Cooling and heating.srt12.2 KB
  48. 06 - Mixing.mp418.2 MB
  49. 06 - Mixing.srt16.3 KB
  50. 07 - Carbon-14 dating.mp415.1 MB
  51. 07 - Carbon-14 dating.srt14.1 KB
  52. 08 - RC circuit.mp416.4 MB
  53. 08 - RC circuit.srt13.6 KB
  54. 09 - Curves.mp414.9 MB
  55. 09 - Curves.srt12.4 KB
  56. 01 - Second order differential equations introduction.mp48.9 MB
  57. 01 - Second order differential equations introduction.srt8.9 KB
  58. 02 - Calculating second order differential equations.mp411.3 MB
  59. 02 - Calculating second order differential equations.srt11.2 KB
  60. 03 - Constant coefficient homogeneous second order equations.mp411.3 MB
  61. 03 - Constant coefficient homogeneous second order equations.srt11.0 KB
  62. 04 - Real and distinct roots.mp415.9 MB
  63. 04 - Real and distinct roots.srt15.5 KB
  64. 05 - Identical real roots.mp416.7 MB
  65. 05 - Identical real roots.srt16.2 KB
  66. 06 - Complex roots.mp421.2 MB
  67. 06 - Complex roots.srt20.5 KB
  68. 07 - Superposition.mp414.3 MB
  69. 07 - Superposition.srt15.1 KB
  70. 08 - Wronskian.mp410.5 MB
  71. 08 - Wronskian.srt9.5 KB
  72. 09 - Reduction of order.mp422.8 MB
  73. 09 - Reduction of order.srt17.4 KB
  74. 10 - Nonhomogeneous second order equations.mp48.9 MB
  75. 10 - Nonhomogeneous second order equations.srt8.8 KB
  76. 11 - Undetermined coefficients.mp421.9 MB
  77. 11 - Undetermined coefficients.srt18.6 KB
  78. 12 - Variation of parameters.mp423.0 MB
  79. 12 - Variation of parameters.srt19.9 KB
  80. 13 - Second order differential equations applications.mp411.6 MB
  81. 13 - Second order differential equations applications.srt11.2 KB
  82. 01 - Higher order differential equations introduction.mp411.2 MB
  83. 01 - Higher order differential equations introduction.srt11.5 KB
  84. 02 - Calculating higher order differential equations.mp413.5 MB
  85. 02 - Calculating higher order differential equations.srt12.3 KB
  86. 03 - Linear homogeneous higher order equations.mp48.1 MB
  87. 03 - Linear homogeneous higher order equations.srt7.7 KB
  88. 04 - Various roots.mp424.4 MB
  89. 04 - Various roots.srt22.6 KB
  90. 05 - Reduction of order with higher order equations.mp431.9 MB
  91. 05 - Reduction of order with higher order equations.srt28.0 KB
  92. 06 - Nonhomogeneous higher order equations.mp49.3 MB
  93. 06 - Nonhomogeneous higher order equations.srt9.3 KB
  94. 07 - Undetermined coefficients with higher order equations.mp425.9 MB
  95. 07 - Undetermined coefficients with higher order equations.srt21.4 KB
  96. 08 - Variation of parameters with higher order Equations.mp419.7 MB
  97. 08 - Variation of parameters with higher order Equations.srt17.4 KB
  98. 09 - Higher order differential equations applications.mp412.1 MB
  99. 09 - Higher order differential equations applications.srt11.2 KB
  100. 01 - What is a series.mp411.7 MB
  101. 01 - What is a series.srt11.2 KB
  102. 02 - Power series.mp411.5 MB
  103. 02 - Power series.srt11.3 KB
  104. 03 - Taylor series.mp46.1 MB
  105. 03 - Taylor series.srt6.2 KB
  106. 04 - Near ordinary points.mp416.4 MB
  107. 04 - Near ordinary points.srt15.8 KB
  108. 05 - Regular singular points.mp46.2 MB
  109. 05 - Regular singular points.srt6.3 KB
  110. 06 - Euler equations.mp414.0 MB
  111. 06 - Euler equations.srt12.9 KB
  112. 07 - Near regular singular points.mp417.4 MB
  113. 07 - Near regular singular points.srt14.9 KB
  114. 01 - Systems of differential equations.mp413.1 MB
  115. 01 - Systems of differential equations.srt13.2 KB
  116. 02 - Calculating systems of first order linear differential equations.mp416.7 MB
  117. 02 - Calculating systems of first order linear differential equations.srt15.8 KB
  118. 03 - Linear homogeneous systems of first order differential equations.mp411.5 MB
  119. 03 - Linear homogeneous systems of first order differential equations.srt11.7 KB
  120. 04 - Real and distinct eigenvalues.mp418.3 MB
  121. 04 - Real and distinct eigenvalues.srt17.6 KB
  122. 05 - Complex eigenvalues.mp426.1 MB
  123. 05 - Complex eigenvalues.srt26.0 KB
  124. 06 - Identical real eigenvalues.mp420.8 MB
  125. 06 - Identical real eigenvalues.srt19.7 KB
  126. 07 - Linear nonhomogeneous systems of first order differential equations.mp428.1 MB
  127. 07 - Linear nonhomogeneous systems of first order differential equations.srt27.2 KB
  128. 08 - Systems of differential equations applications.mp416.5 MB
  129. 08 - Systems of differential equations applications.srt14.5 KB
  130. 01 - What is the Laplace transform.mp410.0 MB
  131. 01 - What is the Laplace transform.srt10.6 KB
  132. 02 - Calculating the Laplace transform.mp411.5 MB
  133. 02 - Calculating the Laplace transform.srt13.0 KB
  134. 03 - Laplace transform properties.mp412.1 MB
  135. 03 - Laplace transform properties.srt12.5 KB
  136. 04 - Inverse Laplace transform.mp410.0 MB
  137. 04 - Inverse Laplace transform.srt11.8 KB
  138. 05 - Solving differential equations using Laplace transforms.mp425.6 MB
  139. 05 - Solving differential equations using Laplace transforms.srt24.5 KB
  140. 06 - Step functions.mp415.5 MB
  141. 06 - Step functions.srt16.5 KB
  142. 07 - Dirac delta function.mp415.8 MB
  143. 07 - Dirac delta function.srt16.3 KB
  144. 08 - Rectangular impulse functions.mp49.9 MB
  145. 08 - Rectangular impulse functions.srt9.5 KB
  146. 09 - Convolution integrals.mp414.9 MB
  147. 09 - Convolution integrals.srt15.7 KB
  148. 01 - What are nonlinear differential equations and systems.mp48.2 MB
  149. 01 - What are nonlinear differential equations and systems.srt7.4 KB
  150. 02 - Equilibrium point analysis.mp49.4 MB
  151. 02 - Equilibrium point analysis.srt9.0 KB
  152. 03 - Bifurcations.mp413.6 MB
  153. 03 - Bifurcations.srt12.6 KB
  154. 04 - Autonomous systems.mp48.6 MB
  155. 04 - Autonomous systems.srt8.3 KB
  156. 05 - Locally linear systems.mp45.4 MB
  157. 05 - Locally linear systems.srt5.3 KB
  158. 06 - Hamiltonian systems.mp49.6 MB
  159. 06 - Hamiltonian systems.srt8.8 KB
  160. 07 - Chaos and strange attractors.mp48.7 MB
  161. 07 - Chaos and strange attractors.srt8.1 KB
  162. 08 - Nonlinear differential equations and systems applications.mp415.2 MB
  163. 08 - Nonlinear differential equations and systems applications.srt15.2 KB
  164. 01 - What are numerical methods.mp46.1 MB
  165. 01 - What are numerical methods.srt6.0 KB
  166. 02 - Euler's method.mp411.5 MB
  167. 02 - Euler's method.srt10.7 KB
  168. 03 - Improved Euler's Method.mp414.7 MB
  169. 03 - Improved Euler's Method.srt13.2 KB
  170. 04 - Runge-Kutta Method.mp414.3 MB
  171. 04 - Runge-Kutta Method.srt12.6 KB
  172. 05 - Stability and convergence.mp47.5 MB
  173. 05 - Stability and convergence.srt7.4 KB
  174. 01 - What are boundary value problems.mp49.5 MB
  175. 01 - What are boundary value problems.srt9.8 KB
  176. 02 - Two point boundary value problems.mp411.5 MB
  177. 02 - Two point boundary value problems.srt10.3 KB
  178. 03 - Periodic functions.mp49.3 MB
  179. 03 - Periodic functions.srt9.4 KB
  180. 04 - Orthogonal functions.mp418.1 MB
  181. 04 - Orthogonal functions.srt15.4 KB
  182. 05 - Eigenfunctions.mp414.2 MB
  183. 05 - Eigenfunctions.srt14.4 KB
  184. 06 - Sturm-Liouville boundary value problems.mp411.3 MB
  185. 06 - Sturm-Liouville boundary value problems.srt10.7 KB
  186. 07 - Fourier series with boundary value problems.mp422.8 MB
  187. 07 - Fourier series with boundary value problems.srt22.5 KB
  188. 01 - What are partial differential equations.mp47.6 MB
  189. 01 - What are partial differential equations.srt7.7 KB
  190. 02 - Separation of variables.mp49.1 MB
  191. 02 - Separation of variables.srt9.0 KB
  192. 03 - Diffusion equation.mp420.6 MB
  193. 03 - Diffusion equation.srt19.3 KB
  194. 04 - Wave equation.mp49.8 MB
  195. 04 - Wave equation.srt9.6 KB
  196. 05 - String vibration.mp415.1 MB
  197. 05 - String vibration.srt12.2 KB
  198. 06 - Schrödinger equation.mp421.7 MB
  199. 06 - Schrödinger equation.srt20.5 KB
  200. 07 - Laplace's equation.mp412.1 MB
  201. 07 - Laplace's equation.srt10.9 KB
  202. 08 - Fourier series with partial differential equations.mp411.6 MB
  203. 08 - Fourier series with partial differential equations.srt11.6 KB
  204. 01 - Next steps and additional resources.mp42.7 MB
  205. 01 - Next steps and additional resources.srt1.7 KB
  206. Bonus Resources.txt70 bytes

Discussion

You need an account to post, vote or save.

Loading comments…

Tracker details