V=const
n=6 mol
R=8,314 J/mol*K
ΔT = 20K
Q = A + ΔU
A(v) = 0
===>
Q(v) = ΔU = 3/2*n*R*ΔT = 3/2*6(mol)*8,314 (J/mol*K)*20(K) =1496,52 J
V=const
n=6 mol
R=8,314 J/mol*K
ΔT = 20K
Q = A + ΔU
A(v) = 0
===>
Q(v) = ΔU = 3/2*n*R*ΔT = 3/2*6(mol)*8,314 (J/mol*K)*20(K) =1496,52 J