User contributions for Apons
- 09:10, 9 November 2024 diff hist −1 D5. Inertia tensor
- 09:10, 9 November 2024 diff hist +4,359 N D5. Inertia tensor Created page with "<div class="noautonum">__TOC__</div> <math>\newcommand{\uvec}{\overline{\textbf{u}}} \newcommand{\vvec}{\overline{\textbf{v}}} \newcommand{\evec}{\overline{\textbf{e}}} \newcommand{\Omegavec}{\overline{\mathbf{\Omega}}} \newcommand{\velang}[2]{\Omegavec^{\textrm{#1}}_{\textrm{#2}}} \newcommand{\Alfavec}{\overline{\mathbf{\alpha}}} \newcommand{\accang}[2]{\Alfavec^{\textrm{#1}}_{\textrm{#2}}} \newcommand{\ds}{\textrm{d}} \newcommand{\ps}{\textrm{p}} \newcommand{\hs}{\text..."
- 09:02, 9 November 2024 diff hist +11,283 D2. Interaction forces between particles
- 08:59, 9 November 2024 diff hist +9 N File:D2-10-eng.png current
- 08:52, 9 November 2024 diff hist +11 N File:D2-9nou-eng.png current
- 08:47, 9 November 2024 diff hist +8 N File:D2-8-eng.png current
- 08:41, 9 November 2024 diff hist +8 N File:D2-7-eng.png current
- 08:32, 9 November 2024 diff hist +8 N File:D2-6-eng.png current
- 08:27, 9 November 2024 diff hist +9 N File:D2-1-neut.png current
- 15:11, 7 November 2024 diff hist +2 D2. Interaction forces between particles
- 15:02, 7 November 2024 diff hist +2 D2. Interaction forces between particles
- 15:00, 7 November 2024 diff hist −525 D2. Interaction forces between particles
- 08:46, 6 November 2024 diff hist +904 Main Page →D2. Interaction forces between particles
- 08:40, 6 November 2024 diff hist +5,821 D2. Interaction forces between particles
- 08:32, 6 November 2024 diff hist +991 Main Page →D1. Foundational laws of Newtonian dynamics
- 08:19, 6 November 2024 diff hist +3,101 N D2. Interaction forces between particles Created page with "<div class="noautonum">__TOC__</div> <math>\newcommand{\uvec}{\overline{\textbf{u}}} \newcommand{\vvec}{\overline{\textbf{v}}} \newcommand{\evec}{\overline{\textbf{e}}} \newcommand{\Omegavec}{\overline{\mathbf{\Omega}}} \newcommand{\velang}[2]{\Omegavec^{\textrm{#1}}_{\textrm{#2}}} \newcommand{\Alfavec}{\overline{\mathbf{\alpha}}} \newcommand{\accang}[2]{\Alfavec^{\textrm{#1}}_{\textrm{#2}}} \newcommand{\cs}{\textrm{c}} \newcommand{\ds}{\textrm{d}} \newcommand{\ms}{\text..."
- 08:18, 6 November 2024 diff hist +94 Main Page →DYNAMICS
- 20:46, 5 November 2024 diff hist +4 D1. Foundational laws of Newtonian dynamics →✏️ Example D1-7.1
- 20:45, 5 November 2024 diff hist +12 D1. Foundational laws of Newtonian dynamics →✏️ Example D1-7.1
- 20:43, 5 November 2024 diff hist −7 D1. Foundational laws of Newtonian dynamics →✏️ Example D1-7.1
- 20:43, 5 November 2024 diff hist −1 D1. Foundational laws of Newtonian dynamics →D1.7 Particle dynamics in non Galilean reference frames
- 20:42, 5 November 2024 diff hist +10 D1. Foundational laws of Newtonian dynamics →D1.7 Particle dynamics in non Galilean reference frames
- 20:42, 5 November 2024 diff hist −121 D1. Foundational laws of Newtonian dynamics →D1.7 Particle dynamics in non Galilean reference frames
- 20:38, 5 November 2024 diff hist +12 D1. Foundational laws of Newtonian dynamics →D1.1 Galilean reference frames
- 20:34, 5 November 2024 diff hist +2 D1. Foundational laws of Newtonian dynamics →D1.2 Galileo’s Principle of Relativity
- 20:33, 5 November 2024 diff hist −43 D1. Foundational laws of Newtonian dynamics
- 20:33, 5 November 2024 diff hist −165 D1. Foundational laws of Newtonian dynamics
- 00:33, 24 October 2024 diff hist −2 C2. Movement of a mechanical system →3. Find the velocity and the acceleration of point G of the ring relative to the ground.
- 00:31, 24 October 2024 diff hist +28 C2. Movement of a mechanical system →3. Determina la velocitat i l’acceleració del punt G de l’anella respecte del terra.
- 00:21, 24 October 2024 diff hist +14 N File:C2-E.Ex3-3-eng.png current
- 00:18, 24 October 2024 diff hist +6 C2. Movement of a mechanical system →3. Find the velocity and the acceleration of point Q of the plate relative to the ground.
- 00:17, 24 October 2024 diff hist −3 C2. Movement of a mechanical system →🔎 Example C2-E.3: rotating pendulum with oscillating articulation point
- 00:15, 24 October 2024 diff hist +30 C2. Movement of a mechanical system →🔎 Exercici C2-E.3: pèndol giratori amb punt de suspensió mòbil
- 00:11, 24 October 2024 diff hist +15 N File:C2-E.Ex3-2-neut.png current
- 00:08, 24 October 2024 diff hist +14 N File:C2-E.Ex3-1-eng.png current
- 00:06, 24 October 2024 diff hist +1 C2. Movement of a mechanical system →3. Find the velocity and the acceleration of point Q of the plate relative to the ground.
- 00:02, 24 October 2024 diff hist +34 C2. Movement of a mechanical system
- 00:01, 24 October 2024 diff hist +11 C2. Movement of a mechanical system →🔎 Example C2-E.2: rotating articulated plate
- 23:55, 23 October 2024 diff hist +15 N File:C2-E.Ex2-4-neut.png current
- 23:46, 23 October 2024 diff hist +35 C2. Movement of a mechanical system
- 23:45, 23 October 2024 diff hist −96 C2. Movement of a mechanical system →🔎 Example C2-E.2: rotating articulated plate
- 23:43, 23 October 2024 diff hist −4 C2. Movement of a mechanical system →🔎 Example C2-E.2: rotating articulated plate
- 23:42, 23 October 2024 diff hist +4 C2. Movement of a mechanical system →🔎 Example C2-E.2: rotating articulated plate
- 23:42, 23 October 2024 diff hist −17 C2. Movement of a mechanical system →🔎 Exercici C2-E.2: placa articulada giratòria
- 23:42, 23 October 2024 diff hist +14 N File:C2-E.Ex2-2-eng.png current
- 23:37, 23 October 2024 diff hist +87 Main Page →C2. Movement of a mechanical system
- 16:28, 21 October 2024 diff hist +57 C2. Movement of a mechanical system →2. Find the angular velocity and the angular acceleration of the plate relative to the ground.
- 16:27, 21 October 2024 diff hist +30 C2. Movement of a mechanical system →2. Find the angular velocity and the angular acceleration of the plate relative to the ground.
- 16:27, 21 October 2024 diff hist −86 C2. Movement of a mechanical system →2. Find the angular velocity and the angular acceleration of the plate relative to the ground.
- 16:26, 21 October 2024 diff hist +4 C2. Movement of a mechanical system →3. Find the velocity and the acceleration of point G of the plate relative to the ground. .
