He grew up in Hidra. He was chairman of the Norwegian Polytechnic Society from 1868 to 1869, and the first chairman of the Norwegian branch of the YMCA when it was established in 1880.
Publications
Waage, P.; C. M. Guldberg (1864). "Studies Concerning Affinity". Forhandlinger: Videnskabs - Selskabet i Christinia (Norwegian Academy of Science and Letters): 35.
Abrash, Henry I.; Gulberg, C. M. (1986). "Studies Concerning Affinity". Journal of Chemical Education63: 1044–1047. Bibcode:1986JChEd..63.1044W. doi:10.1021/ed063p1044.- English translation of Waage and Guldberg's 1864 paper (above)
En 1900 muere en Noruega Peter Waage, quién descubrió la ley de la acción de masas
published: 13 Jan 2021
Tabu Peter Norman Waage
Tabukveld på Protestfestivalen 2015. Ti personer snakker i ti minutter om hvert sitt tema. Petter Norman Waage forteller hvorfor han vil innføre borgerlønn - for alle uansett yrke eller om de i det hele tatt jobber.
http://protest.no
published: 19 Oct 2015
Peter Normann Waage om Dostojevskij
Noregs framste ekspert på Fjodor Dostojevskij, Peter Normann Waage, fortel blant anna om korleis han sjølv vart interessert i denne russiske forfattaren og om grunnane bak hans tidlause appell.
Linkar til Peter Normann Waage sine bøker:
"Fjodor M. Dostojevskij" (1996) Nasjonalbiblioteket:
https://www.nb.no/items/URN:NBN:no-nb_digibok_2009011504130?page=0
"Dostojevskij i dialog" (2016)
https://www.ark.no/boker/Peter-Normann-Waage-Dostojevskij-i-dialog-9788256018581
published: 15 Aug 2021
LAW OF MASS ACTION_p2
Berthelot's ideas about reversible reactions were finally proved by experiments carried out
by others, most notably the Norwegian chemists (and brothers-in-law) Cato Guldberg and
Peter Waage.
During the period 1864-1879 they showed that an equilibrium can be approached from
either direction (see the hydrogen iodide illustration above), implying that any reaction
aA + bB cC + dD is really a competition between a "forward" and a "backward"
reaction. When a reaction is at equilibrium, the rates of these two reactions are identical, so no net (macroscopic) change is observed, although individual components are actively
being transformed at the microscopic level.
published: 26 Sep 2012
She turned pregnant and he let her go! #shorts
She turned pregnant and he let her go! #shorts
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Please be advised that this page’s videos are intended for entertainment purposes only. The videos on this page include scripted dramas, satires, parodies, magic tricks, pre-recorded videos, and other forms of entertainment. Names, characters and incidents are often the product of the director’s imagination, so any resemblance to actual persons or actual events is purely coincidental. #Shorts
published: 25 Jul 2022
Law of Mass Action | Guldberg And Waage law | Chemical Kinetics BSc 1st Year physical Chemistry
Law of Mass Action | Guldberg And Waage law | Chemical Kinetics BSc 1st Year physical Chemistry
published: 08 Jun 2024
die Waage der Wahrheit...
Peter und Klaus entdecken eine Waage am Bahnhof und sind beeindruckt, als sie auf der Anzeige persönliche Informationen über sich selbst sehen. Peter beschließt, dass sie sehen sollten, ob die Waage ihre Informationen auch korrekt angeben kann und bittet Klaus, sich auf die Waage zu stellen. Auch hier werden die Informationen richtig angezeigt. Sie sind beeindruckt und beschließen, zusammen darauf zu stehen. Als sie zusammen auf der Waage stehen, zeigt sie ihre Informationen korrekt an, aber auch, dass sie aufgrund ihrer Trödelei den ICE nach München verpasst haben.
published: 20 Nov 2023
Equilibrium Constant
Law of Mass Action-
Given by Guldberg and Waage in 1864
Rate of a reaction is directly proportional to active masses of reactants.
At equilibrium,
Rate of forward reaction= Rate of backward reaction
Law of Chemical Equilibrium-
At a given temperature, the product of
concentrations of the reaction products
raised to the respective stoichiometric
coefficient in the balanced chemical
equation divided by the product of
concentrations of the reactants raised to
their individual stoichiometric coefficients
has a constant value. This is known as
the Equilibrium Law or Law of Chemical
Equilibrium.
Equilibrium Constant (Kc)-
1. If reaction is reversed, Kc is inversed.
2. If reaction is multiplied by constant n, Power of Kc becomes n.
3. If reactions are added, Kc of all reactions is mu...
published: 23 Oct 2021
WMB Peter mähen und Tanke mit Waage
Nehl Peter beim mähen inkl. Tanke und Waage
published: 30 Jan 2018
Law of Chemical Equilibrium
This video discusses the third topic of the seventh chapter (Equilibrium).
The Law of Chemical Equilibrium was given by Norwegian chemists Cato Maximillian Guldberg and Peter Waage.
I give a basic overview of the Law.
To recap on balancing chemical equations: https://youtu.be/2-WJgSwmHSw
Check out the following video on the topic- Equilibrium Constant
If any doubts, do reach out in the comments section or by mail!
Tabukveld på Protestfestivalen 2015. Ti personer snakker i ti minutter om hvert sitt tema. Petter Norman Waage forteller hvorfor han vil innføre borgerlønn - fo...
Tabukveld på Protestfestivalen 2015. Ti personer snakker i ti minutter om hvert sitt tema. Petter Norman Waage forteller hvorfor han vil innføre borgerlønn - for alle uansett yrke eller om de i det hele tatt jobber.
http://protest.no
Tabukveld på Protestfestivalen 2015. Ti personer snakker i ti minutter om hvert sitt tema. Petter Norman Waage forteller hvorfor han vil innføre borgerlønn - for alle uansett yrke eller om de i det hele tatt jobber.
http://protest.no
Noregs framste ekspert på Fjodor Dostojevskij, Peter Normann Waage, fortel blant anna om korleis han sjølv vart interessert i denne russiske forfattaren og om g...
Noregs framste ekspert på Fjodor Dostojevskij, Peter Normann Waage, fortel blant anna om korleis han sjølv vart interessert i denne russiske forfattaren og om grunnane bak hans tidlause appell.
Linkar til Peter Normann Waage sine bøker:
"Fjodor M. Dostojevskij" (1996) Nasjonalbiblioteket:
https://www.nb.no/items/URN:NBN:no-nb_digibok_2009011504130?page=0
"Dostojevskij i dialog" (2016)
https://www.ark.no/boker/Peter-Normann-Waage-Dostojevskij-i-dialog-9788256018581
Noregs framste ekspert på Fjodor Dostojevskij, Peter Normann Waage, fortel blant anna om korleis han sjølv vart interessert i denne russiske forfattaren og om grunnane bak hans tidlause appell.
Linkar til Peter Normann Waage sine bøker:
"Fjodor M. Dostojevskij" (1996) Nasjonalbiblioteket:
https://www.nb.no/items/URN:NBN:no-nb_digibok_2009011504130?page=0
"Dostojevskij i dialog" (2016)
https://www.ark.no/boker/Peter-Normann-Waage-Dostojevskij-i-dialog-9788256018581
Berthelot's ideas about reversible reactions were finally proved by experiments carried out
by others, most notably the Norwegian chemists (and brothers-in-law)...
Berthelot's ideas about reversible reactions were finally proved by experiments carried out
by others, most notably the Norwegian chemists (and brothers-in-law) Cato Guldberg and
Peter Waage.
During the period 1864-1879 they showed that an equilibrium can be approached from
either direction (see the hydrogen iodide illustration above), implying that any reaction
aA + bB cC + dD is really a competition between a "forward" and a "backward"
reaction. When a reaction is at equilibrium, the rates of these two reactions are identical, so no net (macroscopic) change is observed, although individual components are actively
being transformed at the microscopic level.
Berthelot's ideas about reversible reactions were finally proved by experiments carried out
by others, most notably the Norwegian chemists (and brothers-in-law) Cato Guldberg and
Peter Waage.
During the period 1864-1879 they showed that an equilibrium can be approached from
either direction (see the hydrogen iodide illustration above), implying that any reaction
aA + bB cC + dD is really a competition between a "forward" and a "backward"
reaction. When a reaction is at equilibrium, the rates of these two reactions are identical, so no net (macroscopic) change is observed, although individual components are actively
being transformed at the microscopic level.
She turned pregnant and he let her go! #shorts
.
.
.
.
.
.
.
----------
Please be advised that this page’s videos are intended for entertainment purposes only....
She turned pregnant and he let her go! #shorts
.
.
.
.
.
.
.
----------
Please be advised that this page’s videos are intended for entertainment purposes only. The videos on this page include scripted dramas, satires, parodies, magic tricks, pre-recorded videos, and other forms of entertainment. Names, characters and incidents are often the product of the director’s imagination, so any resemblance to actual persons or actual events is purely coincidental. #Shorts
She turned pregnant and he let her go! #shorts
.
.
.
.
.
.
.
----------
Please be advised that this page’s videos are intended for entertainment purposes only. The videos on this page include scripted dramas, satires, parodies, magic tricks, pre-recorded videos, and other forms of entertainment. Names, characters and incidents are often the product of the director’s imagination, so any resemblance to actual persons or actual events is purely coincidental. #Shorts
Peter und Klaus entdecken eine Waage am Bahnhof und sind beeindruckt, als sie auf der Anzeige persönliche Informationen über sich selbst sehen. Peter beschließt...
Peter und Klaus entdecken eine Waage am Bahnhof und sind beeindruckt, als sie auf der Anzeige persönliche Informationen über sich selbst sehen. Peter beschließt, dass sie sehen sollten, ob die Waage ihre Informationen auch korrekt angeben kann und bittet Klaus, sich auf die Waage zu stellen. Auch hier werden die Informationen richtig angezeigt. Sie sind beeindruckt und beschließen, zusammen darauf zu stehen. Als sie zusammen auf der Waage stehen, zeigt sie ihre Informationen korrekt an, aber auch, dass sie aufgrund ihrer Trödelei den ICE nach München verpasst haben.
Peter und Klaus entdecken eine Waage am Bahnhof und sind beeindruckt, als sie auf der Anzeige persönliche Informationen über sich selbst sehen. Peter beschließt, dass sie sehen sollten, ob die Waage ihre Informationen auch korrekt angeben kann und bittet Klaus, sich auf die Waage zu stellen. Auch hier werden die Informationen richtig angezeigt. Sie sind beeindruckt und beschließen, zusammen darauf zu stehen. Als sie zusammen auf der Waage stehen, zeigt sie ihre Informationen korrekt an, aber auch, dass sie aufgrund ihrer Trödelei den ICE nach München verpasst haben.
Law of Mass Action-
Given by Guldberg and Waage in 1864
Rate of a reaction is directly proportional to active masses of reactants.
At equilibrium,
Rate of for...
Law of Mass Action-
Given by Guldberg and Waage in 1864
Rate of a reaction is directly proportional to active masses of reactants.
At equilibrium,
Rate of forward reaction= Rate of backward reaction
Law of Chemical Equilibrium-
At a given temperature, the product of
concentrations of the reaction products
raised to the respective stoichiometric
coefficient in the balanced chemical
equation divided by the product of
concentrations of the reactants raised to
their individual stoichiometric coefficients
has a constant value. This is known as
the Equilibrium Law or Law of Chemical
Equilibrium.
Equilibrium Constant (Kc)-
1. If reaction is reversed, Kc is inversed.
2. If reaction is multiplied by constant n, Power of Kc becomes n.
3. If reactions are added, Kc of all reactions is multiplied.
Law of Mass Action-
Given by Guldberg and Waage in 1864
Rate of a reaction is directly proportional to active masses of reactants.
At equilibrium,
Rate of forward reaction= Rate of backward reaction
Law of Chemical Equilibrium-
At a given temperature, the product of
concentrations of the reaction products
raised to the respective stoichiometric
coefficient in the balanced chemical
equation divided by the product of
concentrations of the reactants raised to
their individual stoichiometric coefficients
has a constant value. This is known as
the Equilibrium Law or Law of Chemical
Equilibrium.
Equilibrium Constant (Kc)-
1. If reaction is reversed, Kc is inversed.
2. If reaction is multiplied by constant n, Power of Kc becomes n.
3. If reactions are added, Kc of all reactions is multiplied.
This video discusses the third topic of the seventh chapter (Equilibrium).
The Law of Chemical Equilibrium was given by Norwegian chemists Cato Maximillian Gul...
This video discusses the third topic of the seventh chapter (Equilibrium).
The Law of Chemical Equilibrium was given by Norwegian chemists Cato Maximillian Guldberg and Peter Waage.
I give a basic overview of the Law.
To recap on balancing chemical equations: https://youtu.be/2-WJgSwmHSw
Check out the following video on the topic- Equilibrium Constant
If any doubts, do reach out in the comments section or by mail!
This video discusses the third topic of the seventh chapter (Equilibrium).
The Law of Chemical Equilibrium was given by Norwegian chemists Cato Maximillian Guldberg and Peter Waage.
I give a basic overview of the Law.
To recap on balancing chemical equations: https://youtu.be/2-WJgSwmHSw
Check out the following video on the topic- Equilibrium Constant
If any doubts, do reach out in the comments section or by mail!
Tabukveld på Protestfestivalen 2015. Ti personer snakker i ti minutter om hvert sitt tema. Petter Norman Waage forteller hvorfor han vil innføre borgerlønn - for alle uansett yrke eller om de i det hele tatt jobber.
http://protest.no
Noregs framste ekspert på Fjodor Dostojevskij, Peter Normann Waage, fortel blant anna om korleis han sjølv vart interessert i denne russiske forfattaren og om grunnane bak hans tidlause appell.
Linkar til Peter Normann Waage sine bøker:
"Fjodor M. Dostojevskij" (1996) Nasjonalbiblioteket:
https://www.nb.no/items/URN:NBN:no-nb_digibok_2009011504130?page=0
"Dostojevskij i dialog" (2016)
https://www.ark.no/boker/Peter-Normann-Waage-Dostojevskij-i-dialog-9788256018581
Berthelot's ideas about reversible reactions were finally proved by experiments carried out
by others, most notably the Norwegian chemists (and brothers-in-law) Cato Guldberg and
Peter Waage.
During the period 1864-1879 they showed that an equilibrium can be approached from
either direction (see the hydrogen iodide illustration above), implying that any reaction
aA + bB cC + dD is really a competition between a "forward" and a "backward"
reaction. When a reaction is at equilibrium, the rates of these two reactions are identical, so no net (macroscopic) change is observed, although individual components are actively
being transformed at the microscopic level.
She turned pregnant and he let her go! #shorts
.
.
.
.
.
.
.
----------
Please be advised that this page’s videos are intended for entertainment purposes only. The videos on this page include scripted dramas, satires, parodies, magic tricks, pre-recorded videos, and other forms of entertainment. Names, characters and incidents are often the product of the director’s imagination, so any resemblance to actual persons or actual events is purely coincidental. #Shorts
Peter und Klaus entdecken eine Waage am Bahnhof und sind beeindruckt, als sie auf der Anzeige persönliche Informationen über sich selbst sehen. Peter beschließt, dass sie sehen sollten, ob die Waage ihre Informationen auch korrekt angeben kann und bittet Klaus, sich auf die Waage zu stellen. Auch hier werden die Informationen richtig angezeigt. Sie sind beeindruckt und beschließen, zusammen darauf zu stehen. Als sie zusammen auf der Waage stehen, zeigt sie ihre Informationen korrekt an, aber auch, dass sie aufgrund ihrer Trödelei den ICE nach München verpasst haben.
Law of Mass Action-
Given by Guldberg and Waage in 1864
Rate of a reaction is directly proportional to active masses of reactants.
At equilibrium,
Rate of forward reaction= Rate of backward reaction
Law of Chemical Equilibrium-
At a given temperature, the product of
concentrations of the reaction products
raised to the respective stoichiometric
coefficient in the balanced chemical
equation divided by the product of
concentrations of the reactants raised to
their individual stoichiometric coefficients
has a constant value. This is known as
the Equilibrium Law or Law of Chemical
Equilibrium.
Equilibrium Constant (Kc)-
1. If reaction is reversed, Kc is inversed.
2. If reaction is multiplied by constant n, Power of Kc becomes n.
3. If reactions are added, Kc of all reactions is multiplied.
This video discusses the third topic of the seventh chapter (Equilibrium).
The Law of Chemical Equilibrium was given by Norwegian chemists Cato Maximillian Guldberg and Peter Waage.
I give a basic overview of the Law.
To recap on balancing chemical equations: https://youtu.be/2-WJgSwmHSw
Check out the following video on the topic- Equilibrium Constant
If any doubts, do reach out in the comments section or by mail!
He grew up in Hidra. He was chairman of the Norwegian Polytechnic Society from 1868 to 1869, and the first chairman of the Norwegian branch of the YMCA when it was established in 1880.
Publications
Waage, P.; C. M. Guldberg (1864). "Studies Concerning Affinity". Forhandlinger: Videnskabs - Selskabet i Christinia (Norwegian Academy of Science and Letters): 35.
Abrash, Henry I.; Gulberg, C. M. (1986). "Studies Concerning Affinity". Journal of Chemical Education63: 1044–1047. Bibcode:1986JChEd..63.1044W. doi:10.1021/ed063p1044.- English translation of Waage and Guldberg's 1864 paper (above)
Though the shadows grow tall And kingdoms they rise and fall Still your love is without end Of open hearts so strong to save Your mercies new for everyday How great is your faithfulness You're with me always Stay with me always Though evil tears life apart Still you bring heaven into my heart A new song you cause me to sing In the darkness of the night You take my hand towards the light And never leave me for all my days You're with me always
... who had already been murdered, so it didn’t take too long before I was arrested too,” she was quoted as saying in an account of her activities by Norwegian author and journalist Peter Normann Waage.
... had already been murdered, so it didn’t take too long before I was arrested too,” Lafrenz was quoted as saying in an account of her activities by Norwegian author and journalist Peter Normann Waage.
The Rochester Grizzlies veteran stood on the bench next to his defensive partner, Per Waage, as the clock ticked down under 90 seconds, then under 60 at the St. Peters Rec-Plex in suburban St ... Waage did his best to come up with some ... Peters Rec-Plex.