foranlogan2
Mar16-07, 11:57 AM
3. A mass of 1 kg is placed upon a block of melting ice, positioned such that the weight bears
on an area of 1 mm^2. By how much must the temperature of the ice be reduced for it to resist penetration my the mass? Assume: no heat flows from the ice; latent heat of fusion of ice = 333 kJ kg^-1; in cold water, ice floats 11/12 submerged. [Hint: use Clausius-Clapeyron
equation.]
clausius clapeyon = L/T@V Were @V = change in volume,L = latent heat
could anyone direct me or help me
on an area of 1 mm^2. By how much must the temperature of the ice be reduced for it to resist penetration my the mass? Assume: no heat flows from the ice; latent heat of fusion of ice = 333 kJ kg^-1; in cold water, ice floats 11/12 submerged. [Hint: use Clausius-Clapeyron
equation.]
clausius clapeyon = L/T@V Were @V = change in volume,L = latent heat
could anyone direct me or help me