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Atoms ... J.J. Thomsondiscoveredthe electron through his work on cathode rays
a general acceptance that a fundamental unit of electric charge existedoriginatingfrom work with electrolysis and cathode rays
Thomsondiscoveredthat cathode rays are really electrons
Work(passive) were discovered byElectric properties of cathode rays
all elements ... a British physicistdiscoveredelectrons using a cathode ray
a British physicistdiscoveredelectrons using a cathode ray
He ... a British physicistdiscoveredelectrons using a cathode ray
J. J. Thomsondiscoveredelectrons by using cathode rays
Eugene Goldstein ... a British physicistdiscoveredelectrons using a cathode ray
J J Thomsondiscoveredcathode rays , known as electrons
Thomsondiscoveredthe electron and Crookes the cathode rays
Beta rays are consideredto be composedof electrons identical with those of the cathode rays
during discharge tube experiment(passive) were discoveredCathode rays and positive rays
a British physicistdiscoveredusing a cathode ray
designedto influencethe direction of cathode rays
William Crookes(passive) invented byCathode ray tube
- J.J. Thomsondiscoversthe electron in cathode rays
J.J. Thomsondiscoversthe electron in cathode rays
1897 - J.J. Thomsondiscoversthe electron in cathode rays
J.J. Thomsondiscoveredcathode rays , which are electrons
German physicistdiscoveredcathode rays , born
German physicistdiscoveredcathode rays
anode positive ) particles ... electronscomposecathode rays
many experiments on the electric discharge ... from whichhad discoveredthe cathode rays
positive ) particles ... electronscomposecathode rays
Johann Wilhelm Hittorf(passive) were discovered byCathode rays
Johann Wilhelm Hittorfdiscoverscathode rays
J. J. Thomson and Crookes(passive) were discovered byCathode rays
first(passive) were ... discoveredCathode rays
Perrin ... a French physicistdiscoveredcathode rays
by Roentgen(passive) discovered bythe cathode rays
J.J. Thomsondiscoveredcathode rays
the British scientist J. J. Thomsondiscoveredcathode rays
the particlescomposedthe cathode ray
it had ... the tubeto originateat the cathode CATHODE RAY
many experiments ... from whichhad discoveredthe cathode rays
Thomson working withdiscoveredcathode rays
of particles(passive) are composedCathode rays
of particles(passive) were composedcathode rays
the particlescomposecathode rays
him to the discovery of electrons and subatomic particlesleadinghim to the discovery of electrons and subatomic particles
of negatively charged particleswere composedof negatively charged particles
to televisionleadsto television
certain chemicals to glowto causecertain chemicals to glow
ThomsonpromptedThomson
to the discovery of which subatomic particleledto the discovery of which subatomic particle
to the discovery of theledto the discovery of the
at the cathode and flow through the tube to the anodeoriginateat the cathode and flow through the tube to the anode
to the discovery of the electronledto the discovery of the electron
in the discovery ofresultedin the discovery of
to the discovery of the small particles called electronsledto the discovery of the small particles called electrons
of negatively charged particles ( now known as electronswas composedof negatively charged particles ( now known as electrons
to the development of the television 1ledto the development of the television 1
the blue glowcausedthe blue glow
at the cathode and flow through the tube to the anodeoriginateat the cathode and flow through the tube to the anode
from the negative plate on the leftoriginatefrom the negative plate on the left
eye problemscan causeeye problems
the glow(passive) was causedthe glow
a fluorescent effect on a small cardboard screen painted with barium platinocyanide when it was placed close to the aluminium window in the tubecauseda fluorescent effect on a small cardboard screen painted with barium platinocyanide when it was placed close to the aluminium window in the tube
a fluorescent effect on acauseda fluorescent effect on a
a fluorescent effect on the cardboard screencauseda fluorescent effect on the cardboard screen
to the discovery of negatively charged particles called electronsledto the discovery of negatively charged particles called electrons
of previously unknown negatively charged particles ( now called electrons ) , which he calculated must have bodies much smaller than atoms and a very large charge - to - mass ratio.[2were composedof previously unknown negatively charged particles ( now called electrons ) , which he calculated must have bodies much smaller than atoms and a very large charge - to - mass ratio.[2
of previously unknown negatively charged particles ( now called electrons ) , which he calculated must have bodies much smaller than atoms and a very large charge - to - mass ratiowere composedof previously unknown negatively charged particles ( now called electrons ) , which he calculated must have bodies much smaller than atoms and a very large charge - to - mass ratio
of previously unknown negatively charged particles ( now called electrons ) , which he calculatedwere composedof previously unknown negatively charged particles ( now called electrons ) , which he calculated
of negatively charged particles ... called electronswere composedof negatively charged particles ... called electrons
of negatively charged particles called electronsare composedof negatively charged particles called electrons
of negatively charged particles Called these negatively charged particles electronsare composedof negatively charged particles Called these negatively charged particles electrons
of negatively charged particles called electronsare composedof negatively charged particles called electrons
of previously unknown negatively charged particles now called electrons , which he calculated must havewere composedof previously unknown negatively charged particles now called electrons , which he calculated must have
of previously unknown negatively charged particles ( now called electrons ) , which he calculated mustwere composedof previously unknown negatively charged particles ( now called electrons ) , which he calculated must
to those rays being called electronsledto those rays being called electrons
of previously unknown negatively charged particles ( now called electrons ) , which he calculated must have bodies muchwere composedof previously unknown negatively charged particles ( now called electrons ) , which he calculated must have bodies much
of negatively charged particles ( electronswere composedof negatively charged particles ( electrons
a effect on a small cardboard screen painted with when it was placed close to the windowcauseda effect on a small cardboard screen painted with when it was placed close to the window
of previously unknown negatively charged particles , which he calculated must have bodies much smaller than atoms and a very large value for their charge - to - mass ratio.[2were composedof previously unknown negatively charged particles , which he calculated must have bodies much smaller than atoms and a very large value for their charge - to - mass ratio.[2
the glass walls of his tube to glow a dull blue colourcausedthe glass walls of his tube to glow a dull blue colour
of previously unknown negatively charged particles , which he calculated must have bodies much smaller than atoms and a very large value for their charge - to - mass ratiowere composedof previously unknown negatively charged particles , which he calculated must have bodies much smaller than atoms and a very large value for their charge - to - mass ratio
of negatively charged particles with a masswere composedof negatively charged particles with a mass
of very small negatively charged particleswere composedof very small negatively charged particles