My harmonious canvas by SAURABH DESHWAR GSIS https://padlet.com/saurabhdeshwar/9o329og0w0zd Made with the help of a typing monkey en-us 2018-04-23 08:25:09 UTC 2018-04-23 10:22:35 UTC hello@padlet.com saurabhdeshwar https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254282150 Equilibrium 
Anirudh: effect of increasing concentration of reactants 

Kunjala and Vishwa:  Equilibrium and effect of temperature on Endothermic chemical reactions. Give examples of Endothermic chemical reactions. 

Pipi and Kashish:  
Equilibrium and effect of temperature on Exothermic chemical reactions. Give examples of Exothermic chemical reactions. 

Keerthani and sasha:  
Dynamic equilibrium and explain it with the help of an example. 

Shubh and Kabir: 
effect of temperature and pressure on 2SO2 + O2 -> 2SO3

siddhant and Chain: 
 effect of temperature and pressure on N2 + 3H2 -> 2NH3




]]> 2018-04-23 08:25:34 UTC https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254282150 vishwapatel977 https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254284874 2018-04-23 08:35:57 UTC https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254284874 vishwapatel977 https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254284887 2018-04-23 08:36:03 UTC https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254284887 thelalrempuiihmar https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254285415 2018-04-23 08:38:21 UTC https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254285415 thelalrempuiihmar https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254286890 2018-04-23 08:43:36 UTC https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254286890 Equilibrium thelalrempuiihmar https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254287137 In equilibrium in exothermic reaction heat is the product of the reaction. E.g. neutralisation chemical reactions
-PiPi

]]> 2018-04-23 08:44:12 UTC https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254287137 Equilibrium vishwapatel977 https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254287822 When the forward and reverse reaction take place at the same place at the same rate they are said to be in equilibrium ]]> 2018-04-23 08:46:09 UTC https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254287822 Vishwa vishwapatel977 https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254288470 When the forward and reverse reaction take place at the same place at the same rate they are said to be in equilibrium.
Effect on temperature on Endothermic chemical ]]> 2018-04-23 08:48:43 UTC https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254288470 kunjala dkunjala https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254288529 the forward & reverse reactions take place at the same rate, they are said to be equilibrium
 Endothermic reaction takes in heat. Increasing temperature provides heat to the reaction. endothermic favours high temperature
Endothermic Example 1: Photosynthesis. Endothermic reactions are fairly common. One of the most common examples of an endothermic reaction can be found in your garden. Photosynthesis, the reaction which allows plants to use sunlight to produce food and energy. ]]> 2018-04-23 08:48:55 UTC https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254288529 Effect sidkanoi2309 https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254288890 2018-04-23 08:50:24 UTC https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254288890 Siddhant & Chain sidkanoi2309 https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254289020 2018-04-23 08:50:58 UTC https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254289020 Shubh shubhpatelunjha https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254289064 2]]> 2018-04-23 08:51:11 UTC https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254289064 Kabir kjkabirjain2003 https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254289084 The temperature is increased as the effect of the temperature increases]]> 2018-04-23 08:51:16 UTC https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254289084 Everybody has to answer saurabhdeshwar https://padlet.com/saurabhdeshwar/9o329og0w0zd/wish/254311099 When the colourless gas, N2O4, is left in a closed system it reaches an equilibrium with the brown gas, NO2.
 
N2O4 (g)                   2NO2(g)
(colourless)                            (brown)
 
When the temperature is increased the equilibrium moves to the right. At low temperatures the equilibrium position lies to the left.
1.       State what is meant by the term closed system.
2.       Give the definition of the term equilibrium.
3.       At room temperature the equilibrium mixture is a constant pale brown colour. Explain why the colour is constant.
4.       The equilibrium mixture is darker at high temperatures. Suggest what happens to the relative quantities of the reactants and products as the temperature is increased. 
5.       Suggest what happens to the relative quantities of the reactants and products as the temperature is decreased. Describe what you would therefore expect to happen to the colour of the equilibrium mixture at low temperatures.
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