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(C6H3Me3)Mo(CO)3 + 3Ph3P = (C6H3Me3)Mo(Ph3P)3 + 3CO
Posted: Sun Sep 24, 2023 1:41 am
by farahsafia
Hi,
is this the correct balance equation for substitution reaction between 1,3,5-trimethylbenzene tricarbonyl molybdenum and triphenylphosphone?
Re: (C6H3Me3)Mo(CO)3 + 3Ph3P = (C6H3Me3)Mo(Ph3P)3 + 3CO
Posted: Sun Sep 24, 2023 2:19 am
by ChenBeier
If there is enough space? I would think to substitute only two phosphans.
Re: (C6H3Me3)Mo(CO)3 + 3Ph3P = (C6H3Me3)Mo(Ph3P)3 + 3CO
Posted: Sun Sep 24, 2023 2:26 am
by farahsafia
so it will be (C6H3Me3)Mo(CO)3 + 3Ph3P = (C6H3Me3)Mo(CO)(Ph3P)2 + Ph3P + CO2 ????
i am sorry i am kinda slow in balancing the equation
Re: (C6H3Me3)Mo(CO)3 + 3Ph3P = (C6H3Me3)Mo(Ph3P)3 + 3CO
Posted: Sun Sep 24, 2023 7:51 am
by ChenBeier
C6H3Me3)Mo(CO)3 + 3Ph3P = (C6H3Me3)Mo(CO)(Ph3P)2 + Ph3P + CO2 ????
No, check balancing. There is no CO2 and you can erase one Phosphan.
Re: (C6H3Me3)Mo(CO)3 + 3Ph3P = (C6H3Me3)Mo(Ph3P)3 + 3CO
Posted: Wed Oct 04, 2023 7:44 pm
by anchovieshibiscus
C6H3Me3)Mo(CO)3 + 3Ph3P = (C6H3Me3)Mo(CO)(Ph3P)2 + Ph3P + CO2 ????
Re: (C6H3Me3)Mo(CO)3 + 3Ph3P = (C6H3Me3)Mo(Ph3P)3 + 3CO
Posted: Wed Oct 04, 2023 11:34 pm
by ChenBeier
Why repeating the wrong answer.