Enlist the difference between anode rays and cathode rays
Answers
Answered by
1
Cathode rays consist of negatively charged material particles called electrons. ... Anode rays consists of positively charges material particles. These rays deflect towards the negative plate of an electric field.
Answered by
4
Cathode rays:

The deflecting plates deflected the particles in one direction.
Magnetic coils deflected the particles in the other direction.
BY adjusting the relative strength of the electric and magnetic fields, the particles went straight.
From measurements and equations for deflecting particles by magnetic and electric fields, the charge to mass ratio was determined (1.76 X 1011 C/kg).
The charge to mass ratio (Q/M) was the same regardless of the potential difference used to accelerate particles.
ANODE RAYS:

They consist of Positively charged particles. Their mass is virtually the same as that of the atoms from which they are derived and is found to be equal to the atomic mass of the gas in the discharge tube.
They Travel in straight lines: They cast a shadow of the objects placed in their way.
They are capable of producing physical and chemical changes.
They Produce mechanical effect: A paddle wheel placed in their path starts rotating.
They can penetrate thin metal foils.
They can produce ionization in gases.
Rays are positively charged: Anode rays are deflected towards the negative plate of an electric field.

The deflecting plates deflected the particles in one direction.
Magnetic coils deflected the particles in the other direction.
BY adjusting the relative strength of the electric and magnetic fields, the particles went straight.
From measurements and equations for deflecting particles by magnetic and electric fields, the charge to mass ratio was determined (1.76 X 1011 C/kg).
The charge to mass ratio (Q/M) was the same regardless of the potential difference used to accelerate particles.
ANODE RAYS:

They consist of Positively charged particles. Their mass is virtually the same as that of the atoms from which they are derived and is found to be equal to the atomic mass of the gas in the discharge tube.
They Travel in straight lines: They cast a shadow of the objects placed in their way.
They are capable of producing physical and chemical changes.
They Produce mechanical effect: A paddle wheel placed in their path starts rotating.
They can penetrate thin metal foils.
They can produce ionization in gases.
Rays are positively charged: Anode rays are deflected towards the negative plate of an electric field.
Similar questions