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Bro focussed on doing it quickly than making sure viewers understood.
3.5 is not worth the time at all. you can make simultaneous equations with them but its just not worth the 1 mark
bros on his grind 🐐
nice vid, any main tips for aqa chem?
I don’t think you fully showed your answer to 3.5? How did you answer it
@@kshaaqdisb it should be As2O3 + 6Zn + 12HNO3 -> 2AsH3 + 6Zn(NO3)2 + 3H2O
in question 01.2, why don't you have to divide the "1/2 I2" by 2?
because the definition of atomisation states that it must FORM one mole of gaseuous ions, so the eqn is 1/2 I2(g) -> I (g)
so that would be the enthalpy value anyway
The H in 3.5 did not gain electrons
what happend at 3.5 it just cut out
It’s not worth wasting time on it for 1 mark
![AQA A-Level Chemistry June 2020 Paper 1 [Walkthrough and Tutorial]](http://i.ytimg.com/vi/LXRiVycKsDg/mqdefault.jpg)
![AQA A-Level Chemistry June 2020 Paper 1 [Walkthrough and Tutorial]](/img/tr.png)
![AQA A-Level Chemistry June 2019 Paper 2 [Walkthrough and Tutorial]](http://i.ytimg.com/vi/Nip0ABS05gY/mqdefault.jpg)
Bro focussed on doing it quickly than making sure viewers understood.
3.5 is not worth the time at all. you can make simultaneous equations with them but its just not worth the 1 mark
bros on his grind 🐐
nice vid, any main tips for aqa chem?
I don’t think you fully showed your answer to 3.5? How did you answer it
@@kshaaqdisb it should be As2O3 + 6Zn + 12HNO3 -> 2AsH3 + 6Zn(NO3)2 + 3H2O
in question 01.2, why don't you have to divide the "1/2 I2" by 2?
because the definition of atomisation states that it must FORM one mole of gaseuous ions, so the eqn is 1/2 I2(g) -> I (g)
so that would be the enthalpy value anyway
The H in 3.5 did not gain electrons
what happend at 3.5 it just cut out
It’s not worth wasting time on it for 1 mark