A) 4 B) 3 C) 6 D) 5
A) 7 B) 9 C) 8 D) 6
A) 28 B) 26 C) 32 D) 30
A) Yes B) Depends on the country C) No D) Maybe
A) Carl Friedrich Gauss B) Pierre de Fermat C) Euclid D) Paul Erdős
A) 22 B) 19 C) 20 D) 21
A) A formula for calculating prime numbers B) A theory about irrational numbers C) Every even integer greater than 2 can be expressed as the sum of two prime numbers D) A method for factoring large numbers
A) Pythagoras B) Leonhard Euler C) Isaac Newton D) Bernhard Riemann
A) 35 B) 30 C) 24 D) 40
A) A geometric proof involving prime numbers B) An equation to find prime roots C) Every integer greater than 1 can be uniquely represented as a product of prime numbers D) A method for solving linear equations
A) They are used for drawing geometric shapes B) They are used for generating secure keys in encryption C) They are used for predicting weather patterns D) They are not relevant in cryptography
A) It has the most factors B) It is the only even prime number C) It is the largest prime number D) It is divisible by all numbers
A) 9 * 8 B) 23 * 32 C) 2 * 3 * 4 D) 6 * 12
A) A prime number that ends in 9 B) A prime number that is divisible by 2 C) A prime number that is a perfect square D) A prime number that is one less than a power of two
A) Romans B) Mayans C) Ancient Greeks D) Ancient Egyptians
A) Pythagoras B) Newton C) Euclid D) Archimedes
A) 10 B) 6 C) 12 D) 8 |