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