The diagram shows an electron gun of a hot cathode ray tube- A 6 V D-C- source and a 1000 V D-C- sourece are available- How will these sourece should be connected to the terminals of X and Y so as to obtain a focused beam of fast moving electrons-A- 1000 V D-C- source applied to accelerate electrons X and 6 V- D-C- source applied to Y to generate electronsB- 6 V D-C- source applied to X to generate electrons and 1000 V D-C- source applied to Y to accelerate electronsC- 1000 V D-C- source applied to X to generate electrons and 6 V- D-C- source applied to Y to accelerate electronsD- 6 V D-C- source applied to X to accelerate electrons and 1000 V D-C- source applied to Y to generate electrons

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Cathode Ray Experiment

The diagram s...

Question

The diagram shows an electron gun of a hot cathode ray tube.

A 6 V D.C. source and a 1000 V D.C. sourece are available. How will these sourece should be connected to the terminals of X and Y so as to obtain a focused beam of fast moving electrons?

6 V D.C. source applied to X to accelerate electrons and 1000 V D.C. source applied to Y to generate electrons

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1000 V D.C. source applied to accelerate electrons X and 6 V. D.C. source applied to Y to generate electrons

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6 V D.C. source applied to X to generate electrons and 1000V D.C. source applied to Y to accelerate electrons

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1000 V D.C. source applied to X to generate electrons and 6 V. D.C. source applied to Y to accelerate electrons

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Solution

The correct option is C
6 V D.C. source applied to X to generate electrons and 1000V D.C. source applied to Y to accelerate electrons

A 6V D.C. source applied to X generates electrons in large numbers and 1000V D.C. source applied to Y accelerates the electrons.

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The diagram shows an electron gun of a hot cathode ray tube. A 6 V D.C. source and a 1000 V D.C. sourece are available. How will these sourece should be connected to the terminals of X and Y so as to obtain a focused beam of fast moving electrons?

The correct option is C 6 V D.C. source applied to X to generate electrons and 1000V D.C. source applied to Y to accelerate electrons A 6V D.C. source applied to X generates electrons in large numbers and 1000V D.C. source applied to Y accelerates the electrons.

The diagram shows an electron gun of a hot cathode ray tube.

A 6 V D.C. source and a 1000 V D.C. sourece are available. How will these sourece should be connected to the terminals of X and Y so as to obtain a focused beam of fast moving electrons?

The correct option is C
6 V D.C. source applied to X to generate electrons and 1000V D.C. source applied to Y to accelerate electrons

A 6V D.C. source applied to X generates electrons in large numbers and 1000V D.C. source applied to Y accelerates the electrons.