10-15-2024, 01:46 PM
![[Image: 359020115_tuto.jpg]](https://img87.pixhost.to/images/599/359020115_tuto.jpg)
660.15 MB | 00:08:54 | mp4 | 1280X720 | 16:9
Genre:eLearning |Language:English
Files Included :
03 course-introduction (27.7 MB)
05 module-2-derive-the-derivative-formula-define-angular-velocity-for-3d-motion (34.01 MB)
07 module-3-define-the-properties-of-angular-velocity-for-3d-motion (13.66 MB)
09 module-4-solve-for-the-angular-velocity-of-a-body-undergoing-3d-motion (23.67 MB)
12 module-5-determine-the-angular-acceleration-for-a-moving-reference-frame (17.43 MB)
14 module-6-solve-for-the-angular-acceleration-for-a-body-expressed-in-a-series-of (28.17 MB)
01 module-7-velocities-expressed-in-moving-frames-of-reference (25.31 MB)
03 module-8-solve-for-velocities-expressed-in-moving-frames-of-reference (27.43 MB)
06 module-9-accelerations-expressed-in-moving-frames-of-reference (23.47 MB)
11 module-11-equations-of-motion-for-a-particle-moving-close-to-the-earth (38.91 MB)
01 module-13-eulerian-angles-for-3d-rotational-motion (45.61 MB)
03 module-14-angular-velocity-of-bodies-in-3d-motion-using-eulerian-angles (13.99 MB)
05 module-15-derive-rotational-transformation-matrices (13.21 MB)
07 module-16-solve-a-problem-using-rotational-transformation-matrices (15.48 MB)
11 module-18-review-the-definition-of-angular-momentum-and-eulers-2nd-law-for (17.03 MB)
13 module-19-angular-momentum-for-bodies-in-3d-motion (25.86 MB)
15 module-20-review-mass-moments-of-inertia-and-products-of-inertia-inertial (37.1 MB)
01 module-21-translational-transformation-of-inertial-properties (16.88 MB)
03 module-22-rotational-transformation-of-inertial-properties (9.95 MB)
05 module-23-rotational-transformation-of-inertial-properties-cont (19.03 MB)
07 module-24-define-principal-axes-and-principal-moments-of-inertia (14.3 MB)
09 module-25-determine-principal-axes-and-principal-moments-of-inertia (31.73 MB)
01 module-27-develop-euler-equations-for-3d-motion (26.05 MB)
03 module-28-develop-euler-equations-for-3d-motion-cont (12.72 MB)
01 module-32-develop-and-apply-the-principle-of-impulse-momentum-to-rigid-bodies (31.94 MB)
03 module-33-develop-the-principle-of-work-energy-for-bodies-in-3d-rigid-body (17.71 MB)
05 module-34-apply-the-principle-of-work-energy-for-bodies-in-3d-rigid-body-motion (17.23 MB)
08 module-35-course-conclusion (7.11 MB)
03 course-introduction (27.7 MB)
05 module-2-derive-the-derivative-formula-define-angular-velocity-for-3d-motion (34.01 MB)
07 module-3-define-the-properties-of-angular-velocity-for-3d-motion (13.66 MB)
09 module-4-solve-for-the-angular-velocity-of-a-body-undergoing-3d-motion (23.67 MB)
12 module-5-determine-the-angular-acceleration-for-a-moving-reference-frame (17.43 MB)
14 module-6-solve-for-the-angular-acceleration-for-a-body-expressed-in-a-series-of (28.17 MB)
01 module-7-velocities-expressed-in-moving-frames-of-reference (25.31 MB)
03 module-8-solve-for-velocities-expressed-in-moving-frames-of-reference (27.43 MB)
06 module-9-accelerations-expressed-in-moving-frames-of-reference (23.47 MB)
11 module-11-equations-of-motion-for-a-particle-moving-close-to-the-earth (38.91 MB)
01 module-13-eulerian-angles-for-3d-rotational-motion (45.61 MB)
03 module-14-angular-velocity-of-bodies-in-3d-motion-using-eulerian-angles (13.99 MB)
05 module-15-derive-rotational-transformation-matrices (13.21 MB)
07 module-16-solve-a-problem-using-rotational-transformation-matrices (15.48 MB)
11 module-18-review-the-definition-of-angular-momentum-and-eulers-2nd-law-for (17.03 MB)
13 module-19-angular-momentum-for-bodies-in-3d-motion (25.86 MB)
15 module-20-review-mass-moments-of-inertia-and-products-of-inertia-inertial (37.1 MB)
01 module-21-translational-transformation-of-inertial-properties (16.88 MB)
03 module-22-rotational-transformation-of-inertial-properties (9.95 MB)
05 module-23-rotational-transformation-of-inertial-properties-cont (19.03 MB)
07 module-24-define-principal-axes-and-principal-moments-of-inertia (14.3 MB)
09 module-25-determine-principal-axes-and-principal-moments-of-inertia (31.73 MB)
01 module-27-develop-euler-equations-for-3d-motion (26.05 MB)
03 module-28-develop-euler-equations-for-3d-motion-cont (12.72 MB)
01 module-32-develop-and-apply-the-principle-of-impulse-momentum-to-rigid-bodies (31.94 MB)
03 module-33-develop-the-principle-of-work-energy-for-bodies-in-3d-rigid-body (17.71 MB)
05 module-34-apply-the-principle-of-work-energy-for-bodies-in-3d-rigid-body-motion (17.23 MB)
08 module-35-course-conclusion (7.11 MB)
Screenshot
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