energy of reactant is less in case of endothermic reaction ..that why is gain energy to form product ..if its energy was lgreater than product then its will loss energy to form a product ..i am talking about mcq 9..
q12 ,as in thermodytnamics we take gase as ideal gas so in ideal gas the energy is only due to tranlatory motion.but i am not sure that this concepts also applies on thermochemistry please clear my concepts..
Sir 9 mcq is absolutely wrong How can reactants be more than products its such a basic mcq sir Heat absorb so products will be more than reactats !!pls review the answers before uploading
Sir your method is tooo good i realy like this 😊
Well explained❤
energy of reactant is less in case of endothermic reaction ..that why is gain energy to form product ..if its energy was lgreater than product then its will loss energy to form a product ..i am talking about mcq 9..
Yes you are right.... ❤️
Thank you so much sir g
Keep it up
McQ nine me option A is right Sir
good job
Keep it up 🙂🙂😉🙂😉😉🙂🙂
Sir g is chapter ky or mcqs nhi ban saktt kia??
👌👌👌
👍👍👍
Q9 should be a
OXFORD ENGLISH
😁😂
Ap yhan chemistry prhne aye ho ya English .Teacher ki izat krna seekhlo Bhai
q12 ,as in thermodytnamics we take gase as ideal gas so in ideal gas the energy is only due to tranlatory motion.but i am not sure that this concepts also applies on thermochemistry please clear my concepts..
Gas is only ideal at certain conditions..... i.e. high temperature and low pressure.... Otherwise at all other conditions gases are real.....!!
Thanks 😊 me physics our chemistry me conpuse ho gaya tha q kh physics me internal energy sirf translational k.e k equal hote hy but in chemistry 😫
Gas Ideal behave Low temperature and high pressure p krti hain I think so 🤔
@@fareehalovesmbmaam.2931 High temperature low pressure
Sir 9 mcq is absolutely wrong
How can reactants be more than products its such a basic mcq sir
Heat absorb so products will be more than reactats !!pls review the answers before uploading
Q.9 In endothermic reactions, the heat content of the
products is more than that of reactants