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qb chem quiz
quiz bowl chemistry
Question | Answer |
---|---|
known as the father of chemistry. and first to separate chemistry from alchemy | Boyle |
discovered hydrogen and showed that water is a compound of hydrogen and oxygen | cavendish |
discovered hydraulic acid, laughing gas, and oxygen, and prepared carbon monoxide and ammonia | priestly |
"father of modern chemistry", wrote the first modern textbook of chemistry "elements of chemistry". discovered the role of oxygen in combustion and resperation and overthrew GE stahls theory on combustion | lavoisier |
discovered sodium, potasium, magnesium, barium, calcium, and strontium | davy |
pioneered work in gases; formulated the law that all gases expand by equal amounts when subjected to equal increments in temperature; first to isolate the element boron and to introduce the terms pipette and burette | lussac |
formulated the law of partial pressure in gases and developed the atomic theory and explained its application | dalton |
developed the law that equal volumes of gases at the same temperature and pressure contain equal numbers of molecules; coined the term molecule and regarded as one of the founders of physical chemistry. | avogadro |
discovered a mathmatical relationship between electricity and the valence of a chemical element; these laws of electrolysis bear his name' a pioneer in the liquification of gases. | faraday |
devised the periodic table; wrote elements of chemistry | mendeleev |
founder of microbiology; laid the foundation of the germ theory of disease; developed pasteurization; developed a vaccine against rabies; founder of preventive medicine | pasteur |
shared the nobel prize for physics in 1903 with marie and pierre curie for the discovery of natural radioactivity | becquerel |
discovered radium and polonium while working in conjunction with pierre curie and henri becquerel; she won the nobel prize for chemistry in 1911 for the discovery of radium and polonium and isolation and study of radium | curie |
developed the theory of the atom; discovered alpha and beta rays and protons; known as the father of nuclear science; won the nobel prize for chemistry in 1908 | rutherford |
developed a theory of atomic structure | bohr |
won the nobel prize in chemistry in 1918 | haber |
developed the theory of relativity and demonstrated the relationship between matter and energy | einstein |
known for his theory on acids and bases | bronsted |
known for his theory on acids and bases developed independently of bronsted | lowry |
discovered the positron or anti-electron | anderson |
won the nobel prize for physics in 1935 for his discovery of the neutron | chadwick |
invented the cyclotron | lawrence |
received the nobel prize for chemistry in 1944 for the discovery of the fission in heavy nuclei | hahn |
shared the nobel prize for chemistry in 1951 with mcmillan for the discovery of transuranium elements; discovered elements 94-98 and 101-102 | seaborg |
won the nobel prize for chemistry in 1954 for his research into the nature of the chemical bond; studies with vitamin C | pauling |
demonstrated from the leaning tower of pisa that bodies of different weights accelerate uniformly; discovered the law of the pendulum; formed the 3 laws of motion; wrote discourses concerning two new sciences | galilei |
invented the first practical mercury thermometer | fahrenheit |
determined the specific gravity of hydrogen and carbon dioxide; showed that common air is 4/5 nitrogen and 1/5 oxygen | cavendish |
invented the voltaic pile, the electric battery; an electromagnetic unit, the volt is named in his honor | volta |
formulated the law of partial gases and developed an atomic history about the structure of matter | dalton |
developed principles of electromagnetism using electric currents; the ampere, a unit of intensity in named in his honor | ampere |
descovered electromagnetic induction; formulated laws of electrolysis | faraday |
demonstrated the rotation of the earth with foucault's pendulum and built the first gyroscope; proved that velocity of light is greater in the air than in the water; the eddy current or foucault current is named after him | foucault |
formulated the law on the relationship between heat and mechanical energy; | joule |
discovered electromagnetic radio waves, called hertzian waves; a hertz, a unti of frequency is named in his honor | hertz |
discovered x-rays; awarded the nobel prize for physics in 1901 (awarded the first nobel prize) | roentgen |
discovered the electron in 1897 and won the nobel prize in 1906 for physics for the study of conduction of electricity through gases | thomson |
"father of nuclear physics" because he formulated the first explanation of radioactivity; best known for his description of the nuclear structure of the atom | rutherford |
developed the quantum theory of energy for which he won the nobel prize for physics in 1918 | planck |
developed a theory of relativity; awarded the nobel prize for physics in 1921 for his work in the photoelectric effect; developed a unified field theory | einstein |
won the nobel prize in 1922 for his investigation of atomic structure and radiation; founder of the modern quantum theory of matter and modern theory of atomic and molecular structure | bohr |
founder of wave mechanics; received the nobel prize in 1929 for the discovery of the wave-like nature of electrons | broglie |
discovered the neutron for which he was awarded the nobel prize in 1935 | chadwick |
inventor of the cyclotron and won the nobel prize in 1939 | lawrence |
got the nobel prize along with Hess for his work in cosmic rays | anderson |
split the atom in nuclear fission; received the nobel prize in 1938 for his experiments with radioactivity; produced the first atomic chain reaction and helped develop the atomic bomb in the 1940's | fermi |
directed construction of the first atomic bomb as part of the manhattan project; known as the father of the atomic bonb | oppenheimer |
devleoped the hydrogen bomb; known as the father of the hydrogen bomb | teller |