he doesn't need to prove anything to you. You're a moron. All intelligent people agree with the scientists. Only conspiracy theorists, Neocon wing nuts and hacks don't believe in it. Which categories do you fall under?
You couldn't prove it, if you wanted to. Anyone who makes the statement that "all intelligent people agree with the scientists", is not one of those intelligent people.
BTW, which is the greater greenhouse gas, carbon dioxide, carbon monoxide, or water vapor?
A science quiz, eh? When you're not here sparring with non scientists, to you go quiz the scientists who taught you the answer to your question? Because that would be interesting.
So would you go to your doctor to learn Algebra or would you??????
Girolamo Cardano
ITALIAN PHYSICIAN AND MATHEMATICIAN
Educated at the universities of Pavia and Padua, Cardano received his medical degree in 1526. In 1534 he moved to Milan, where he lived in great poverty until he became a lecturer in
mathematics. Admitted to the college of physicians in 1539, he soon became rector. His fame as a physician grew rapidly, and many of Europe’s crowned heads solicited his services; however, he valued his independence too much to become a court physician. In 1543 he accepted a professorship in
medicine in Pavia.
Cardano was the most outstanding mathematician of his time. In 1539 he published two books on arithmetic embodying his popular lectures, the more important being
Practica arithmetica et mensurandi singularis(“Practice of Mathematics and Individual Measurements”). His
Ars magna (1545) contained the solution of the cubic
equation, for which he was indebted to the Venetian mathematician
Niccolò Tartaglia, and also the solution of the quartic equation found by Cardano’s former servant,
Lodovico Ferrari. His
Liber de ludo aleae (
The Book on Games of Chance) presents the first systematic computations of probabilities, a century before
Blaise Pascaland
Pierre de Fermat. Cardano’s popular fame was based largely on books dealing with scientific and philosophical questions, especially
De subtilitate rerum(“The Subtlety of Things”), a collection of physical experiments and inventions, interspersed with
anecdotes.
Cardano was the most outstanding mathematician of his time. In 1539 he published two books on arithmetic embodying his popular lectures, the more important being
Practica arithmetica et mensurandi singularis(“Practice of Mathematics and Individual Measurements”). His
Ars magna (1545) contained the solution of the cubic
equation, for which he was indebted to the Venetian mathematician
Niccolò Tartaglia, and also the solution of the quartic equation found by Cardano’s former servant,
Lodovico Ferrari. His
Liber de ludo aleae (
The Book on Games of Chance) presents the first systematic computations of probabilities, a century before
Blaise Pascaland
Pierre de Fermat. Cardano’s popular fame was based largely on books dealing with scientific and philosophical questions, especially
De subtilitate rerum(“The Subtlety of Things”), a collection of physical experiments and inventions, interspersed with
anecdotes.