You propose a new temperature scale with temperatures given in ∘M. You define 0.0 ∘M to be the normal melting point of mercury and 100.0 ∘M to be the normal boiling point of mercury.
A. What is the normal boiling point of water in ∘M?
B. A temperature change of 16.0 ∘M corresponds to how many ∘C?
Delta Tc/delta Tm=(boiling point in C-freezing point inC)/(boiling point in M- freezing point in M)
Del.Tc/Del.Tm=(357-(-39))/(100-0)=del.Tc=del.Tm×3.96
Del.Tc=63.36°M corresponding to 16°M
Tm=(Tc+39℃)100/396=139×100/396=35.101°M
You propose a new temperature scale with temperatures given in ∘M. You define 0.0 ∘M to be the normal melting point of mercury and 100.0 ∘M to be the normal boiling point of mercury. A. What is the no...
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The following information is given for mercury at 1 atm: boiling point-357°C AHvap 0.296 kJ/g melting point--39 °C AHfus 11.6 J/g Heat is added to a sample of solid mercury at its normal melting point of -39 °C. How many grams of mercury will melt if 12.3 kJ of energy are added?
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