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

200

You visited us 200 times! Enjoying our articles? Unlock Full Access!

Byju's Answer

Standard IX

Chemistry

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

No worries! We‘ve got your back. Try BYJU‘S free classes today!

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

No worries! We‘ve got your back. Try BYJU‘S free classes today!

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

Right on! Give the BNAT exam to get a 100% scholarship for BYJUS courses

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

No worries! We‘ve got your back. Try BYJU‘S free classes today!

Open in App

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.

Suggest Corrections

Similar questions

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

A 6 V dc source and a 1000 V dc source are available. To obtain a focused beam of fast moving electrons the 6 V and 1000 V sources should be utilized such that

Q. Can a transformer work when it is connected to d.c. source ?

Name one d.c. source and one a.c. source.

Q. When

100 V

of d.c. is applied across a solenoid a current of

1.0 A

flows in it. When

100 V

of a.c. is applied across the same coil, the current drops to

0.5 A .

The frequency of the ac source is

50 Hz .

The impedance and inductance of the solenoid is

Name the principle on which a transformer works. Can a transformer work when connected to a D.C. source?

Join BYJU'S Learning Program

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.