Instead of melting, solid carbon dioxide sublimes according to the following equation: CO2(s)-- CO2(g). When dry ice is added to warm water, heat from the water causes the dry ice to sublime more quickly. The evaporating carbon dioxide produces a dense fog often used to create special effects. In a simple dry ice fog machine, dry ice is added to warm water in a Styrofoam cooler. The dry ice produces fog until it evaporates away, or until the water gets too cold to sublime the dry ice quickly enough. Suppose that a small Styrofoam cooler holds 15.0 liters of water heated to 84 C

Question

Instead of melting, solid carbon dioxide sublimes according to the following equation: CO2(s)--> CO2(g). When dry ice is added to warm water, heat from the water causes the dry ice to sublime more quickly. The evaporating carbon dioxide produces a dense fog often used to create special effects. In a simple dry ice fog machine, dry ice is added to warm water in a Styrofoam cooler. The dry ice produces fog until it evaporates away, or until the water gets too cold to sublime the dry ice quickly enough. Suppose that a small Styrofoam cooler holds 15.0 liters of water heated to 84 C

anonymous · Answer

I already calculated the change in enthalpy for dry ice sublimation: 33.9 kJ. I am having trouble with the second part of the question which says: Calculate the mass of dry ice that should be added to the water so that the dry ice completely sublimes away when the water reaches 27. Assume no heat loss to the surroundings.

anonymous · Answer

here is phae tranition u knw in phae tranition we ue mL
m=m and L=latent heat

anonymous · Answer

transition phase