Home > How to open a bottle of champagne that has been shaken

Multiple
How to open a bottle of champagne that has been shaken

Description

Pratiks gives you a trick to open a bottle of champagne that was shaken without it overflowing. You just have to turn your bottle upside down for 30 seconds. The video also describes the phenomenon of the formation of carbon dioxide bubbles (CO2 or carbonic gas) in the champagne. Discover thousands of other tips on http://www.Pratiks.com Find the tip of the day on Pratiks http://www.lespritpratiks.com Follow us on Facebook : http://www.facebook.com/pages/Pratikscom/60744199028 And on Twitter : http://twitter.com/Pratiks

Added on the 20/12/2012 17:23:14 - Copyright : Pratiks EN

To customise your video :

Or Create an account

More videos on the subject

  • How to open a bottle of champagne that has been shaken

    Pratiks gives you a trick to open a bottle of champagne that was shaken without it overflowing. You just have to turn your bottle upside down for 30 seconds. The video also describes the phenomenon of the formation of carbon dioxide bubbles (CO2 or carbonic gas) in the champagne.

    18/06/2013 - Pratiks EN
  • How to Saber a Champagne Bottle

    It's easier than you think!

    04/05/2018 - Women's Day US
  • How to open a beer bottle with a newspaper

    Forget using a lighter, set of keys or even the edge of a table - in this clip, we show you how to open a beer bottle using just a newspaper

    28/10/2016 - DailyTelegraph
  • Tip - How to open a shaken can of soda

    Tip - How to open a shaken can of soda without exploding Opening a can of Coke, Orangina, Pepsi, Schweppes, or any other carbonated drink that has been shaken, will most likely cause a liquid explosion with soda overflowing everywhere. Because of the pressure, micro-bubbles of liquid stream out of the can, making us look rather silly... With this method, Coke, Pepsi, Orangina, Schweppes and other sodas will behave and remain inside the can. Impressive yet easy to do -- it's up to you to shroud this technique in mystery so you can impress your friends. How does it work? Let's go back to the beginning : Carbonation occurs when carbon dioxide is forced to dissolve in water under pressure. By shaking the can, thousands of micro-bubbles stick to the sides of the can just waiting to be released. If you allow the shaken can to rest, the micro-bubbles will slowly return to the surface of the liquid. Debates on the subject abound on the internet while some even deny that this method is effective...yet it does work. The most plausible explanation is that shaking a can of soda creates thousands of micro-bubbles that cannot expand due to the pressure. By firmly tapping the top or side of the can with your finger, the micro-bubbles will detach from the sides of the can and rise to the surface. See you soon on Pratiks!

    08/11/2013 - Pratiks EN
  • How to refresh a bottle of champagne quickly

    Pratiks gives you a trick to refresh rapidly a bottle of champagne in an ice bucket. You just have to add a handful of coarse salt. The video explains the physic phenomenon that melts the ice more quickly. We obtain a liquid and icy mixture. Discover thousands of other tips on http://www.Pratiks.com Find the tip of the day on Pratiks http://www.lespritpratiks.com Follow us on Facebook : http://www.facebook.com/pages/Pratikscom/60744199028 And on Twitter : http://twitter.com/Pratiks

    18/06/2013 - Pratiks EN

More videosMultiple

Watch video of  - Windkraft: Energie der Zukunft? - Label : GrenzEcho -
Multiple

Windkraft: Energie der Zukunft?

28/10/2024 16:54:29

Watch video of  - How to save money at the petrol station? - Label : Pratiks EN -
Multiple

How to save money at the petrol station?

19/07/2017 13:15:40

Watch video of Are You Fed Up With Mosquitoes Invading Your Space? We Have The Solution To Get Rid Of Them! Here Is A Home Remedy To Make Sure To Enjoy Summer Nights With ... - Household remedy for catching mosquitoes - Label : Pratiks EN -
Multiple

Household remedy for catching mosquitoes

25/07/2017 12:37:23