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The answers are incredible and speak to the properties of water as so brilliantly designed by Nature's God, as He is called in our Declaration of Independence, written by Christian men of wisdom and integrity.
Toddsterpatriot
The answer is 0.5079 ounces of ice.
Water has a heat capacity of 4.18 J/g C degree
Gold has a heat capacity of 0.129 J/g C degree
The heat of fusion of water is 80 times the heat capacity of water, so one gram of gold will cool down 100 degrees C with the loss of 12.9 Joules. Ice will melt absorbing 4.18 J x 80 per gram or 334.4 J without changing temperature!
The ratio of 12.9 to 334.4 or .038576 will apply to any respective quantity of grams of gold cooling from100 C and ice just melting without even changing temperature. But a troy pound of gold is 373.24 grams, which at 100 C requires 4,814.796 joules to be absorbed.
4,814.796 J divided by 334.4 J/g = 14.398 g of ice
14.398g/ 453.59 g/pound = .031743 pound
.031743 pound of ice at 0 to cool it. .031743 times 16 ounces is 0.5079 ounces of ice.
453.59 g per avoirdupois pound
373.24 g per troy pound
Twenty-nine of the fifty-six signatories to the Declaration of Independence were graduates of seminary schools.
The great majority of the rest were Christian leaders who spoke boldly about their Christian faith.
What is the next letter in this sequence:
E, I, S, H, T, M, ....
The gold makes the steam colder - the steam makes the gold hotter. They cannot reach an equilibrium at 100°C.
Why not?
Twenty-nine of the fifty-six signatories to the Declaration of Independence were graduates of seminary schools.
The great majority of the rest were Christian leaders who spoke boldly about their Christian faith.
Interesting questions. I would have thought that steam had no weight, though; only mass.Estimate only please. Give it your best guess.
How many ounces of steam at 100 degrees Celsius will heat up one pound of gold at 0 degrees Celsius, just condensing all the steam so that both equilibrate at 100 degrees Celsius? (Perfectly insulated container at constant pressure of one atmosphere.)
How many pounds of gold at 200 degrees Celsius (392 Fahrenheit) would it take to melt just one pound of ice at (0 Celsius) 32 degrees Fahrenheit and heat it to steam at 212 degrees Fahrenheit?
(Perfectly insulated container at constant pressure of one atmosphere.)
The answers are incredible and speak to the properties of water as so brilliantly designed by Nature's God, as He is called in our Declaration of Independence, written by Christian men of wisdom and integrity.
The gold cools down the limited amount of steam so the steam has no 100°C any longer - and so the steam is also not able any longer to heat up the gold to 100°C. An equilibrium has to be under 100°C. In this case no steam is existing any longer. The steam becomes water. In case the steam is hotter than 100°C you need to know the temperature of the steam to be able to solve the problem. I do not think it exists any "intelligent" solution. I think the solution is lost in mathematcis. Richard Feynmans "Shut up, calculate!" is wrong in this case. There is nothing to calculate. First of all a new measurement is needed.
Thomas Jefferson on Christianity.
“There is not one redeeming feature in our superstition of Christianity. It has made one half the world fools, and the other half hypocrites.”
the gold cools down the limited amount of steam so the steam has no 100°C any longer
When 100°C steam condenses, it releases energy to become 100°C water.
An equilibrium has to be under 100°C.
You're mistaken.
None were Deists. Ben Franklin embraced it briefly, in the end regarding it "not very useful." Jefferson probably took even less interest in it. And Thomas Paine doesn't count. Was he even part of the Second Continental Congress?Why the need for such dishonesty?
Many of the those who contributed to the DoI were Deists, not Christian. Others were non-religious.
Only Jefferson. But he was still well-versed in the Bible and even read the Quran.
What is my mistake? The water will become cooler - the gold hotter. Both will not reach an equilibrium at 100°C.
What is my mistake?
When 100°C steam condenses it releases 2.26 kJ of heat per gram.
Now the water is at 100°C and the gold gets warmer. Now condense more steam.
You get more 100°C water and heat the gold up a bit more. At some point, all the gold is
at 100°C sitting in a puddle of 100°C water.
