William Harvey - Test
A) France B) Italy C) Germany D) England
A) 19th century B) 18th century C) 16th century D) 17th century
A) Chemistry B) Medicine C) Physics D) Biology
A) Structure of DNA B) Circulation of blood C) Discovery of penicillin D) Theory of evolution
A) 1750 B) 1805 C) 1628 D) 1673
A) The Wealth of Nations B) Principia Mathematica C) On the Origin of Species D) De Motu Cordis
A) Capillaries B) Arteries C) Lymphatics D) Veins
A) Latin B) English C) French D) Italian
A) Queen Elizabeth I B) King Charles I C) Queen Victoria D) King Henry VIII
A) Astronomer B) Architect C) Physician D) Poet
A) Invented the microscope B) Revolutionized understanding of blood circulation C) Founded modern chemistry D) Discovered the theory of relativity
A) University of Padua B) Harvard University C) Oxford University D) Sorbonne University
A) 3 June 1657 B) 1599 C) 25 April 1602 D) 1 April 1578
A) Michael Servetus B) Heneage Finch C) Realdo Colombo D) Thomas Harvey
A) Diplomat B) University professor C) Physician D) Mayor
A) Seven B) Five C) Nine D) Eleven
A) University of Padua B) Gonville and Caius College, Cambridge C) King's School (Canterbury) D) Folkestone
A) 1602 B) 1578 C) 1597 D) 1593
A) 24 B) 35 C) 30 D) 18
A) 5 October 1604 B) 1 January 1600 C) 14 October 1609 D) 5 June 1607
A) Janitor B) Treasurer C) Librarian D) President
A) A simple magnifying lens B) An electron microscope C) A telescope D) A microscope
A) 12 B) 25 C) 17 D) 20
A) 5 October 1604 B) 5 June 1607 C) 14 October 1609 D) 1 January 1610
A) To analyze patients once a week and write prescriptions B) To conduct medical research C) To perform surgeries daily D) To manage hospital administration
A) Five years B) Ten years C) Seven years D) Three years
A) To conduct surgical operations on all patients B) To provide the best medical advice and prescriptions for the poor patients C) To train new physicians at the hospital D) To manage the financial accounts of the hospital
A) Evolutionary theory B) Genetic inheritance C) Spontaneous generation D) Cellular theory
A) 1831. B) 1656. C) 1905. D) 1782.
A) Aristotle B) Galen C) George Ent D) Fabricius
A) Elephant, lion, tiger, giraffe, zebra B) Dogs, cats, rabbits, horses C) Eel, fish, snail, miniature shrimp, chick, pigeon D) Cows, sheep, goats, pigs
A) Renaldus Columbus B) Ibn al-Nafis C) Andrea Cesalpino D) Vesalius
A) 1601 B) 1751 C) 1651 D) 1701
A) In West Smithfield B) In Cambridge C) In a small house in Ludgate D) At the Royal College of Physicians
A) Galen B) Ibn al-Nafis C) Michael Servetus D) Francisco de la Reyna
A) A personal assistant B) Free medical supplies C) Two houses in West Smithfield D) Additional salary
A) London B) Frankfurt C) Paris D) Rome
A) De Motu Cordis B) Manuscript of Paris C) Christianismi Restitutio, Book V D) Commentary on Anatomy in Avicenna's Canon
A) Citricula B) Blastoderm C) Germinal disc D) Chalaza
A) He could accept small tokens of appreciation B) He could charge extra fees for special consultations C) He should not take any gift or reward for his counsel D) He was encouraged to accept gifts from the apothecary
A) Francisco de la Reyna B) Renaldus Columbus C) Michael Servetus D) Andrea Cesalpino
A) Via pulmonary circulation B) Directly through a septum C) By means of capillaries D) Through invisible pores
A) MD B) FRCGP C) FRCP D) MBBS
A) The British Museum B) St Bartholomew's Hospital archives C) Frankfurt University Library D) The Royal Society of London
A) 50 B) 72 C) 100 D) 85
A) The Ashford Symposium. B) The Folkestone Address. C) The Harveian Oration. D) The Harvey Lecture Series.
A) First day: head; Second day: limbs; Third day: torso B) First day: abdomen; Second day: thorax; Third day: brain C) First day: heart; Second day: lungs; Third day: kidneys D) First day: skin; Second day: muscles; Third day: bones
A) The frog's egg B) The cat's egg C) The dog's egg D) The hen's egg
A) Fifty pounds a year B) Twenty pounds a year C) Around thirty-three pounds a year D) Forty pounds a year
A) They only contract during sleep. B) They move together almost simultaneously. C) They move independently as previously thought. D) They do not contract at all. |
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