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What is wrong about anode rays? a. Their e/m ratio is constant b. They are deflected by electrical and magnetic field c. They are produced by ionisation of molecules of the residual gas d. Their e/m ratio depends on nature of residual gas?
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What is wrong about anode rays? a. Their e/m ratio is constant b. They...
**Anode Rays**
Anode rays, also known as positive rays or canal rays, are positively charged particles that are produced in a cathode ray tube when a high voltage is applied across the electrodes. These rays have several characteristics that make them unique, but there are some aspects that are not entirely accurate.
**Characteristics of Anode Rays**
- e/m Ratio Constant: One of the incorrect aspects about anode rays is that their e/m ratio is constant. In reality, the e/m ratio of anode rays depends on the nature of the gas present in the tube.
- Deflection by Fields: Anode rays can be deflected by both electric and magnetic fields, which is a correct characteristic of these particles.
- Production Mechanism: Anode rays are produced by the ionization of molecules of the residual gas in the cathode ray tube. This is another accurate characteristic of these particles.
**Correcting the Misconception**
The misconception that the e/m ratio of anode rays is constant may arise from the early experiments where a single type of gas was used in the tube. However, later studies revealed that the e/m ratio of anode rays can vary depending on the nature of the residual gas present in the tube. This variation in e/m ratio is due to the different mass and charge properties of the ions produced from the ionization of different gases.
In conclusion, while anode rays have unique characteristics such as being deflected by electric and magnetic fields and being produced by ionization of residual gas molecules, the belief that their e/m ratio is constant is incorrect. The e/m ratio of anode rays actually depends on the nature of the residual gas present in the cathode ray tube.
Anode rays, also known as positive rays or canal rays, are positively charged particles that are produced in a cathode ray tube when a high voltage is applied across the electrodes. These rays have several characteristics that make them unique, but there are some aspects that are not entirely accurate.
**Characteristics of Anode Rays**
- e/m Ratio Constant: One of the incorrect aspects about anode rays is that their e/m ratio is constant. In reality, the e/m ratio of anode rays depends on the nature of the gas present in the tube.
- Deflection by Fields: Anode rays can be deflected by both electric and magnetic fields, which is a correct characteristic of these particles.
- Production Mechanism: Anode rays are produced by the ionization of molecules of the residual gas in the cathode ray tube. This is another accurate characteristic of these particles.
**Correcting the Misconception**
The misconception that the e/m ratio of anode rays is constant may arise from the early experiments where a single type of gas was used in the tube. However, later studies revealed that the e/m ratio of anode rays can vary depending on the nature of the residual gas present in the tube. This variation in e/m ratio is due to the different mass and charge properties of the ions produced from the ionization of different gases.
In conclusion, while anode rays have unique characteristics such as being deflected by electric and magnetic fields and being produced by ionization of residual gas molecules, the belief that their e/m ratio is constant is incorrect. The e/m ratio of anode rays actually depends on the nature of the residual gas present in the cathode ray tube.
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What is wrong about anode rays? a. Their e/m ratio is constant b. They are deflected by electrical and magnetic field c. They are produced by ionisation of molecules of the residual gas d. Their e/m ratio depends on nature of residual gas?
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What is wrong about anode rays? a. Their e/m ratio is constant b. They are deflected by electrical and magnetic field c. They are produced by ionisation of molecules of the residual gas d. Their e/m ratio depends on nature of residual gas? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared according to the NEET exam syllabus. Information about What is wrong about anode rays? a. Their e/m ratio is constant b. They are deflected by electrical and magnetic field c. They are produced by ionisation of molecules of the residual gas d. Their e/m ratio depends on nature of residual gas? covers all topics & solutions for NEET 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for What is wrong about anode rays? a. Their e/m ratio is constant b. They are deflected by electrical and magnetic field c. They are produced by ionisation of molecules of the residual gas d. Their e/m ratio depends on nature of residual gas?.
What is wrong about anode rays? a. Their e/m ratio is constant b. They are deflected by electrical and magnetic field c. They are produced by ionisation of molecules of the residual gas d. Their e/m ratio depends on nature of residual gas? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared according to the NEET exam syllabus. Information about What is wrong about anode rays? a. Their e/m ratio is constant b. They are deflected by electrical and magnetic field c. They are produced by ionisation of molecules of the residual gas d. Their e/m ratio depends on nature of residual gas? covers all topics & solutions for NEET 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for What is wrong about anode rays? a. Their e/m ratio is constant b. They are deflected by electrical and magnetic field c. They are produced by ionisation of molecules of the residual gas d. Their e/m ratio depends on nature of residual gas?.
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