observer1

so there is not practical way of using N2 as fuel ryt?

see i am a child still. I learnt NONE of what we were discussing in school. I don't know some of what he was saying. I am uneducated compared to him on this topic and in the thing i want nearly complete atomic nitrogen. Is it possible theoretically or is 50:50 the maximum ratio @studiot

ok so at 8,200C i will have a 50:50 mixture of atomic and molecular nitrogen, so is it straightforward like if i double the temperature (theoretically) to 16,400C, will i have a 100% atomic nitrogen?

I still have a doubt What is the 9000C for? Is that the temperature when N2 break?

ok so industries used osmium (now nickel) to reduce the pressure and temperature needed to break the triple bond and kept it with H2. The osmium Reduced the energy needed to 500C and 200 Atmospheres. in that situation the nitrogen broke and reacted with the hydrogen to form ammonia. also lightning

forgot btw osmium catalyst i got the 500C from this video:- www.youtube.com/watch?v=EvknN89JoWo

but it does give the most energy per mole compared to the normal oxygen and hydrogen mixed to form water

fuel perhaps? fuel storage

i searched more and now............. what if i broke the N2 bond by keeping it in 500+ degree C and 200 atmospheres(without hydrogen). this is how nitrogen is split and reacts with hydrogen to form ammonia. if i keep the broken N atoms in the thing, they would not combine that much since if the join they release energy and the temperature increases, causing the bond to break agian.

yes and we can make it while keeping it in high pressure and temperature and is used to make ammonia.

is that the max temperature and pressure? cuz u cant reach it so like is there a catalyst that stops the reaction or increases the temperature required for N to become N2? BRUH how can i calculate collisions of an atom if i know the temperature, pressure and volume

At what temperature and pressure should i keep a cylinder filled with N (NOT N2) so that they do not react and form N2

so if we take nitrogen gas (N2). the bond energy is 941kJ/mol. so if we add 2 nitrogen will 941kJ/mol energy be released? can someone explain this and

so does entropy affect chemical energy released and needed?

what about nitrogen gas? since it takes A lot of energy to break its triplebond, is the energy released when the thripe bond bond is made the same as the energy input?

the main reason why i asked this is because i wonder if the energy required to break a water bond and then when they are stored in tanks in rockets, the energy released when the combine, it the energy the same?

so i ask you what is they ban pork in all western countries that eat bacon and like it? ofc all the muslims will be happy but the MAJORITY are angry. even if usa bans beef nothing will happen to india as the total export of beef from india is 3.17 billion and india's gdp is 147.35 trillion. A scratch in comparison you are saying that if a democratically elected government comes to power is undemocratic even it took it 39 years to come to the central election. Also the congress killed a LOT of journalists during emergency but no one talks bout that? i know this was created a long time ago but just keeping it there fr all who want to know the other side

ok so even tho this forum is dead i want to clarify this Islam was not created by the time this happened. even is it did exist it ONLY came to india in the 10th century LONG LONG TIME after when it happened. See ram and Krishna are the form of the same person Vishnu but not THE EXACT same. Also the pandavs won the kurukshetrya was and both sides were hindu as they happened more that 2000 bce. You are saying Ravan is the cousin of ram while one liven in present day srilanka and the other lived in present day uttar pradesh Even if you say ram is an incarnation of vishnu and ravan is the great great great grandson of bramha, it does not make them and much blood related

Ok so I know that it takes energy to split a chemical bond and energy is released when a chemical bond is made My question is:- is the energy required to break a bond = energy released when the Same bond is created