A mountain glacier ends in a small lake that holds 185,000 m3 of water, initially at...

A mountain glacier ends in a small lake that holds 185,000 m3 of water, initially at 7.40 ∘C. An iceberg with mass 17.3×10^6 kg, initially at -10.0∘C, calves off the glacier and floats in the lake. Assuming no energy exchanges except those between the lake water and the iceberg, determine the final temperature AND the mass of the remaining ice

Expert Solution

genius_generous answered 2 years ago

The initial temperature of the lake at the edge of the mountain glacier is 6.40'C, and...

The initial temperature of the lake at the edge of the mountain glacier is 6.40'C, and the volume of water is 185,000m^3. There is iceberg which the mass is 17.3*10^6kg, temperature is -10'C. The iceberg fell and floated on the lake. If there is no energy exchange except between the lake and the iceberg, what is the final temperature of the lake and the iceberg? If there is remaining ice, how much ice is left?

A rigid 0.1 m3 container holds 1 kg of water, initially at 25?C. Calculate the theoretical...

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Suppose that a large mixing tank initially holds 400 gallons of water in which 65 pounds...

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