![Physics Olympiad #012 [Normal Force] from axis bmwdled Video Screenshot Preview](https://cdn1.hifimov.co/picture/original/nUE0pUZ6Yl9mZv5xoJAxov5hMKDiqv9KET5PEmSwD_5GFKygIRgjYF9-ZwDjXFfbXRucEzyAo3LhL_8cK3tlAQN5v7P/(HiFiMov.co)_physics-olympiad-012-normal-force.jpg "Physics Olympiad #012 [Normal Force] from axis bmwdled Video Screenshot Preview")
GalleryPlay Video:
(Note: The default playback of the video is HD VERSION. If your browser is buffering the video slowly, please play the REGULAR MP4 VERSION or Open The Video below for better experience. Thank you!)
⏲ Duration: 0:35
👁 View: 10K times
✓ Published: 02-May-2024
👁 View: 10K times
✓ Published: 02-May-2024
Description:
A piece of stiff wire with radius R is tried to be cut with a pair of scissors. The initial position of the wire is made so that it is very close to the rotational axis of the scissors. The scissors are dull so they won't cut the wire at all. In the process, this wire shifts away from the scissors' rotation axis. The opening angle of the scissors when the wire no longer moves is θ. Draw an object force diagram! Calculate the value of θ! The coefficient of friction between the scissors and the wire is μ.<br/><br/><br/>#DynamicsOfMotion #PhysicsOlympiad
A piece of stiff wire with radius R is tried to be cut with a pair of scissors. The initial position of the wire is made so that it is very close to the rotational axis of the scissors. The scissors are dull so they won't cut the wire at all. In the process, this wire shifts away from the scissors' rotation axis. The opening angle of the scissors when the wire no longer moves is θ. Draw an object force diagram! Calculate the value of θ! The coefficient of friction between the scissors and the wire is μ.<br/><br/><br/>#DynamicsOfMotion #PhysicsOlympiad
Share with your friends:
Whatsapp | Viber | Telegram | Line | SMS
Email | Twitter | Reddit | Tumblr | Pinterest
Related Videos
_bmw-dynamic-esa-explained-damping-modes-riding-modes-and-6-axis-imu-explained-part-2-en-de.webp "Just The Way It Is")
⏲ 26 minutes 16 seconds 👁 29.8K
_physics-olympiad-004-coin-slides-on-slanted-surface.webp "An object of mass m is placed on an inclined plane with an angle θ to the horizontal. The coefficient of motion between the object and the inclined plane μ = tan θ. Initially the object has a speed v0 in the direction perpendicular to the x axis as seen in the picture. Determine the magnitude of the object's speed as a function of the angle θ. And, if the object has been moving for a long time, what is its speed?<br/><br/>#KinematicsOfMotion #DinamicsOfMotion #PhysicsOlympiad")
_almost-3-years-as-a-condo-owner-in-miami-beach-this-is-pretty-normal-on-a-monday-in-south-beach.webp "THEFLYBOYWAY")
⏲ 26 seconds 👁 12.5M
_5-axis-machining-bmw-alpina-b4-bi-turbo-model-124-automotive-124-hypermill-124-cam-124-dmg-hsc-70-linear.webp "OPEN MIND Technologies")
⏲ 3 minutes 23 seconds 👁 15.6K
_bmw-adaptive-headlights-pointing-down-here-is-a-fix.webp "SimpleCarGuy")
_why-is-your-new-led-headlight-flickering-vivid-university.webp "Vivid Lumen")
_5-axis-machining-bmw-alpina-b4-bi-turbo-model-124-automotive-124-hypermill-124-cam-124-dmg.webp "OPEN MIND Technologies")
⏲ 2 minutes 19 seconds 👁 14.1K
_tesla-stock-selloff-coming-tsla-spy-nvda-aapl-amd-coin-amzn-vix-amp-qqq-predictions.webp "Rey Jay's Trades")
⏲ 19 minutes 53 seconds 👁 1.8K
_bmw-dynamic-esa-explained-damping-modes-riding-modes-and-6-axis-imu-explained-part-2-en-de.jpg)
_physics-olympiad-004-coin-slides-on-slanted-surface.jpg)
_almost-3-years-as-a-condo-owner-in-miami-beach-this-is-pretty-normal-on-a-monday-in-south-beach.jpg)
_5-axis-machining-bmw-alpina-b4-bi-turbo-model-124-automotive-124-hypermill-124-cam-124-dmg-hsc-70-linear.jpg)
_bmw-adaptive-headlights-pointing-down-here-is-a-fix.jpg)
_why-is-your-new-led-headlight-flickering-vivid-university.jpg)
_5-axis-machining-bmw-alpina-b4-bi-turbo-model-124-automotive-124-hypermill-124-cam-124-dmg.jpg)
_tesla-stock-selloff-coming-tsla-spy-nvda-aapl-amd-coin-amzn-vix-amp-qqq-predictions.jpg)
![[+]](/images/menu.gif){kind=small}