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A) Cattle B) Rabbits C) Horses D) Sheep
A) Liber Abaci B) Liber quadratorum C) Flos D) Practica Geometriae
A) Eighth century B) Seventh century C) Sixth century D) Fifth century
A) Square of the previous number B) Average of the previous two numbers C) Product of the previous two numbers D) Sum of the previous two numbers
A) 144 B) 377 C) 610 D) 233
A) Only in footnotes B) No C) Only in the preface D) Yes
A) The Vatican B) Uffizi Gallery C) Camposanto D) Piazza Navona
A) Pythagorean theorem B) Newton's method C) Pisano period D) Euclidean algorithm
A) 6765 Fibonacci B) 233 Fibonacci C) 1202 Fibonacci D) 377 Fibonacci
A) Commercial arithmetic B) Astronomy C) Diophantine equations D) Practical geometry
A) Laurence Sigler B) Emperor Frederick II C) Euclid D) Johannes of Palermo
A) Di minor guisa B) Practica Geometriae C) Flos D) Liber Abaci
A) Botany B) Music theory C) Number theory D) Practical geometry
A) A list of prime numbers B) A guide to banking C) A study of circles D) Solutions to problems by Johannes of Palermo
A) 1228 B) 1170 C) 1202 D) 1240
A) Bugia B) Pisa C) Palermo D) Rome
A) Guglielmo Libri B) Frederick II C) John of Palermo D) Perizolo
A) Roman numerals B) Greek numerals C) Babylonian base-60 D) Egyptian fractions
A) Guglielmo Libri B) John of Palermo C) Frederick II D) Guglielmo
A) Master of the Abacus B) Prince of Mathematicians C) Leonardo Bigollo D) Royal Accountant
A) Popularizing the Hindu–Arabic numeral system B) Discovering calculus C) Proving the Pythagorean theorem D) Inventing the abacus
A) Bugia B) Palermo C) Florence D) Pisa
A) Architect B) Merchant and customs official C) Notary D) Teacher of mathematics
A) It requires an abacus for all sums B) It uses symbols for letters C) It uses a place-value system D) It is based on ancient Egyptian multiplication
A) 1838 B) 1170 C) 1506 D) 1202 |