How can I get "P" for each Gas

>> R = 0.08206; >> T = 300; >> V = 20;

>> Table = {'GasName','GasSymb','a','b';[ 'Helium', 'Hydrogen', 'Oxygen', 'Chlorine','CarbonDioxide']',[ 'He', 'H2', 'O2', 'Cl2','CO2']',[0.0341,0.244,1.36,6.49,3.59]',[0.0237,0.0266,0.0318,0.052,0.0427]'}

Table = 'GasName' 'GasSymb' 'a' 'b' [41x1 char] [12x1 char] [5x1 double] [5x1 double]

>> P = ((R*T)/[V*ones(1,5)]'-Table{:,4})-Table{:,3}./[(V^2)*ones(1,5)]'

??? Error using ==> minus

Too many input arguments.

Answer 1

[dpb]

... P = ((R*T)/[V*ones(1,5)]'-Table{:,4})-Table{:,3}./[(V^2)*ones(1,5)]'

??? Error using ==> minus

Missing a '.' in the first './' and the content of the arrays in Table are Table{2,4}, etc., ...

>> P = ((R*T)./[V*ones(1,5)]'-Table{2,4})-Table{2,3}./[(V^2)*ones(1,5)]'
P =
     1.2071
     1.2037
     1.1957
     1.1627
     1.1792

[Jack]

Thank you so much...

Answer 2

[Youssef Khmou]

 R = 0.08206;
 T = 300;
V = 20*ones(5,1);
Table = {'GasName','GasSymb','a','b';...
    [ 'Helium', 'Hydrogen', 'Oxygen', 'Chlorine','CarbonDioxide']',...
[ 'He', 'H2', 'O2', 'Cl2','CO2']',...
[0.0341,0.244,1.36,6.49,3.59]',[0.0237,0.0266,0.0318,0.052,0.0427]'};
n2=Table{2,4};
n1=Table{2,3};
P =((R*T)./V-n2)-n1./V.^2

[Jack]

Thanks a lot... It works :)