[0:05] clip from VenomFangX: “When I claim that there was a worldwide flood, I get laughed at³.”
“But, this planet is covered ¾ in water. If the planet flooded like the Bible says, the Grand Canyon could have been formed in about five minutes.”
[0:22] Thunderf00t: This is a geographical map of the United States. This is the Grand Canyon. The Grand Canyon is about 300 miles long. In order to travel from one end of the canyon to the other in five minutes, it is required that you would be travelling at about five to six times the speed of sound.”
[0:41] clip from VenomfangX: “the Grand Canyon could have been formed in about five minutes.”
“I get laughed at”
“in about five minutes”
“I get laughed at”
“Scientists have been desperately trying to find water on other planets. However, the search is futile.”
[0:59] Thunderf00t: Weeell, not really. There was the Mars Global Surveyor probe which had found evidence that water has been flowing on Mars within the last five years. Then of course, there’s the Mars Express probe which has taken pictures of water ice on Mars, and revealed massive deposits of water ice under the Martian poles. Then there’s the Cassini-Huygens probe that has taken pictures of water ice on Titan.
[1:22]: Three of the four large Jovian moons are composed mostly of water. It’s as likely that Europa has oceans under the frozen surface created by tidal heating from Jupiter. Similarly with Ganymede and Callisto, almost all the moons of Saturn, Uranus, and Neptune are ice balls too, as are most of the comets.
[1:43]: It’s difficult to contrive that anyone could make a more uneducated statement on the status of water in the solar system, than:
[1:51] clip from VenomFangX: “Scientists have been desperately trying to find water on other planets. However, the search is futile.”
“Yet, this planet—this, amazing planet—just so happens to have, you know, a hundred percent of the water in the whole solar system.”
[2:12]Thunderf00t: Well, let’s ignore for the moment the water on Mars, the gas giants. Let’s ignore the water on the moons of Jupiter, Saturn, Uranus and Neptune. Let’s ignore all Kuiper belt objects such as Pluto, Sedna, of course all comets.
[2:26] clip from VenomFangX: “Here’s an interesting thing about water—uuh, where did it all come from? We can’t find like a speck of H₂O in outer space.”
[2:33] Thunderf00t: Is there still no water in the universe? BOLLOCKS. Water is the second most common molecule in the universe. The reason for this is simple. The elemental composition of the universe by atom percent is about 92% hydrogen, 8% helium, the third most common element in the universe is oxygen, and there’s less than 1 atom percent of it.
[2:56]: Helium of course doesn’t form any compounds, so the most common molecule in the universe is hydrogen, H₂. The second most common molecule in the universe is H₂O, water.
[3:11] clip from VenomFangX: “I get laughed at”
“There is a small zone around every star called the “habitable zone”, where liquid water is possible. Our Earth happens to be in a perfectly spherical orbit around our star.”
“perfectly spherical orbit around our star.”
[3:27] Thunderf00t: The Earth’s orbit is not a perfect sphere. It’s not a sphere, it’s not even a circle. The earth’s orbit around the sun, like all planetary orbits, is elliptical. And this has been known for about 400 years.
[3:44] clip from VenomFangX: “I get laughed at.”
“However, if Earth was a mere 5% closer to our sun, we would COOK, like Venus. Now, if our earth was a few percent away from our sun-“
[3:55] Thunderf00t: By a few percent, you fail to mention that this is 37%. This is about 50 BILLION meters, almost out as far as Mars.
[4:06] clip from VenomFangX: “I get laughed at.”
[4:11] clip from VenomFangX: “The Grand Canyon could’ve been formed in about five minutes.”
[4:14] clip from VenomFangX: “Yet, this planet—this, amazing planet—just so happens to have, you know, a hundred percent of the water in the whole solar system. We can’t find like a speck of H₂O in outer space.”
[4:24] clip from VenomFangX: “Our Earth happens to be in a perfectly spherical orbit around our star.”
Many thanks to Linda for supplying the transcript.