Entropy as Vector: Q as Direction, T as Magnitude?

skywolf
Messages
81
Reaction score
0
if entropy were a vector, could you call q (heat flow) its direction and T (temperature) its magnitude?
 
Science news on Phys.org
how do you cope with heat flow also having a magnitude?

In the literature, though, entropy "current" is sometimes discussed, so look into that if you're interested.
 
Thread 'Thermo Hydrodynamic Effect'
Vídeo: The footage was filmed in real time. The rotor takes advantage of the thermal agitation of the water. The agitation is uniform, so the resultant is zero. When the aluminum cylinders containing frozen water are immersed in the water, about 30% of their surface is in contact with the water, and the rest is thermally insulated by styrofoam. This creates an imbalance in the agitation: the cold side of the water "shrinks," so that the hot side pushes the cylinders toward the cold...
Back
Top