10-15-2024, 02:17 PM
![[Image: 359020115_tuto.jpg]](https://img87.pixhost.to/images/599/359020115_tuto.jpg)
817.7 MB | 00:11:12 | mp4 | 1280X720 | 16:9
Genre:eLearning |Language:English
Files Included :
01 module-14-define-rigid-body-kinematics-identify-three-types-of-planar-rigid-body (41.54 MB)
03 module-15-solve-a-relative-velocity-problem (22.68 MB)
06 module-16-define-and-locate-the-instantaneous-center-of-zero-velocity-ic (26.39 MB)
08 module-17-solve-an-instantaneous-center-of-zero-velocity-ic-problem (22.3 MB)
11 module-18-define-angular-acceleration-derive-the-relative-acceleration-equation (16.04 MB)
13 module-19-solve-a-relative-acceleration-problem (24.04 MB)
01 module-20-acceleration-of-a-wheel-rolling-on-a-fixed-straight-surface (20 MB)
03 module-21-acceleration-of-a-wheel-rolling-on-a-fixed-plane-curve (18.06 MB)
05 module-22-solve-a-rolling-wheel-problem (13.27 MB)
07 module-23-explain-the-velocity-of-the-same-point-relative-to-two-different (26.76 MB)
11 module-25-solve-a-problem-for-the-velocity-of-the-same-point-relative-to-two (24.48 MB)
01 module-28-develop-the-kinetic-equatoin-for-a-body-translating-in-2d-planar (13.3 MB)
03 module-29-solve-a-problem-for-a-body-translating-in-2d-planar-motion (31.59 MB)
06 module-30-derive-angular-momentum-for-a-rigid-body-in-2d-planar-motion-define (20.85 MB)
08 module-31-explain-and-determine-mass-moments-of-inertia-and-products-of-inertia (23.93 MB)
11 module-32-derive-the-equations-of-motion-for-a-rigid-body-in-2d-planar-motion (35.33 MB)
13 module-33-solve-a-problem-for-motion-of-a-rigid-body-in-2d-planar-motion (39.08 MB)
01 module-34-begin-the-development-of-the-work-energy-principle-for-rigid-bodies-in (13.23 MB)
03 module-35-calculate-the-kinetic-energy-for-bodies-in-2d-planar-motion-radius-of (30.92 MB)
05 module-36-continue-the-development-of-the-work-energy-principle-for-rigid-bodies (6.19 MB)
07 module-37-continue-the-development-of-the-work-energy-principle-for-rigid-bodies (8.75 MB)
09 module-38-continue-the-development-of-the-work-energy-principle-for-rigid-bodies (12.77 MB)
11 module-39-solve-a-work-energy-problem-for-2d-planar-rigid-body-motion (23.68 MB)
13 module-40-continue-to-solve-a-work-energy-problem-for-2d-planar-rigid-body (10.77 MB)
15 module-41-continue-to-solve-a-work-energy-problem-for-2d-planar-rigid-body (15.74 MB)
17 module-42-continue-to-solve-a-work-energy-problem-for-2d-planar-rigid-body (7 MB)
01 module-43-develop-the-principle-of-impulse-momentum-for-rigid-bodies-in-2d (13.4 MB)
03 module-44-solve-a-problem-using-the-principle-of-impulse-momentum-for-rigid (25.24 MB)
06 module-45-principle-of-conservation-of-momentum-for-rigid-bodies-in-2d-planar (15.8 MB)
08 module-46-principle-of-impulse-momentum-example-center-of-percussion (25.53 MB)
01 module-47-course-conclusion (8.02 MB)
01 module-14-define-rigid-body-kinematics-identify-three-types-of-planar-rigid-body (41.54 MB)
03 module-15-solve-a-relative-velocity-problem (22.68 MB)
06 module-16-define-and-locate-the-instantaneous-center-of-zero-velocity-ic (26.39 MB)
08 module-17-solve-an-instantaneous-center-of-zero-velocity-ic-problem (22.3 MB)
11 module-18-define-angular-acceleration-derive-the-relative-acceleration-equation (16.04 MB)
13 module-19-solve-a-relative-acceleration-problem (24.04 MB)
01 module-20-acceleration-of-a-wheel-rolling-on-a-fixed-straight-surface (20 MB)
03 module-21-acceleration-of-a-wheel-rolling-on-a-fixed-plane-curve (18.06 MB)
05 module-22-solve-a-rolling-wheel-problem (13.27 MB)
07 module-23-explain-the-velocity-of-the-same-point-relative-to-two-different (26.76 MB)
11 module-25-solve-a-problem-for-the-velocity-of-the-same-point-relative-to-two (24.48 MB)
01 module-28-develop-the-kinetic-equatoin-for-a-body-translating-in-2d-planar (13.3 MB)
03 module-29-solve-a-problem-for-a-body-translating-in-2d-planar-motion (31.59 MB)
06 module-30-derive-angular-momentum-for-a-rigid-body-in-2d-planar-motion-define (20.85 MB)
08 module-31-explain-and-determine-mass-moments-of-inertia-and-products-of-inertia (23.93 MB)
11 module-32-derive-the-equations-of-motion-for-a-rigid-body-in-2d-planar-motion (35.33 MB)
13 module-33-solve-a-problem-for-motion-of-a-rigid-body-in-2d-planar-motion (39.08 MB)
01 module-34-begin-the-development-of-the-work-energy-principle-for-rigid-bodies-in (13.23 MB)
03 module-35-calculate-the-kinetic-energy-for-bodies-in-2d-planar-motion-radius-of (30.92 MB)
05 module-36-continue-the-development-of-the-work-energy-principle-for-rigid-bodies (6.19 MB)
07 module-37-continue-the-development-of-the-work-energy-principle-for-rigid-bodies (8.75 MB)
09 module-38-continue-the-development-of-the-work-energy-principle-for-rigid-bodies (12.77 MB)
11 module-39-solve-a-work-energy-problem-for-2d-planar-rigid-body-motion (23.68 MB)
13 module-40-continue-to-solve-a-work-energy-problem-for-2d-planar-rigid-body (10.77 MB)
15 module-41-continue-to-solve-a-work-energy-problem-for-2d-planar-rigid-body (15.74 MB)
17 module-42-continue-to-solve-a-work-energy-problem-for-2d-planar-rigid-body (7 MB)
01 module-43-develop-the-principle-of-impulse-momentum-for-rigid-bodies-in-2d (13.4 MB)
03 module-44-solve-a-problem-using-the-principle-of-impulse-momentum-for-rigid (25.24 MB)
06 module-45-principle-of-conservation-of-momentum-for-rigid-bodies-in-2d-planar (15.8 MB)
08 module-46-principle-of-impulse-momentum-example-center-of-percussion (25.53 MB)
01 module-47-course-conclusion (8.02 MB)
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