Home
Class 12
PHYSICS
In a discharge tube, the number of hydro...

In a discharge tube, the number of hydrogen ions (i.e., protons) drifting across a cross-section per second is `1.0xx10^(18)`, while the number of electrons drifting in the opposite direction across another cross-section is `2.7xx10^(18)` per second. If the supply voltage is 230 V, what is the effective resistance of the tube ?

Promotional Banner

Similar Questions

Explore conceptually related problems

In a discharge tube the number of hydrogen ions (i.e., protons) drifting across a cross- section per second is 1.0xx10^(18) , while number of electrons drifting in opposite direction across another cross-section is 2.5xx10^(18) per second. If the supply voltage is 220 V, what is the effective resistance of the tube ?

In a discharge tube the number of hydrogen ions (i.e., protons) drifting across a cross- section per second is 1.0xx10^(18), while number of electrons drifting in opposite direction across another cross-section is 2.5xx10^(18) per second. If the supply voltage is 220 V, what is the effective resistance of the tube ?

In a hydrogen discharge tube, the number of protons drifitin across a cross section per second is 1.0xx10^(18) , while the number of electrons drifting in the opposite direction across the same cross section is 2.7xx 10^(18) per second. Find the curernt flowing in the tube.

In a hydrogen discharge tube, the number of protons drifitin across a cross section per second is 1.0xx10^(18) , while the number of electrons drifting in the opposite direction across the same cross section is 2.7xx 10^(18) per second. Find the curernt flowing in the tube.

In a discharge tube, the number of protons drifting across a cross-section is 1.5xx10^(18) per second, while the number of electrons drifting in opposite direction across that cross-section is 3.0xx10^(18) per second. Find the total current crossing the given cross- section.

A discharge tube is connected to a power supply of 200 V . Calculate the effective resistance of the tube if the number of protons drifting through a section per second is 1.5 xx10^(18) and the number of electrons drifting in opposite direction through auother cross section per second is 2.0 xx10^(18) .

The drift current in a p-n junction is 2.0(mu)A . Estimate the number of electrons crossing a cross section per second in the depletion region.

The drift current in a p-n junction is 20(mu)A. Estimate the number of electrons crossing a cross section per second in the depletion region.

The drift current in a p-n junction is 20(mu)A. Estimate the number of electrons crossing a cross section per second in the depletion region.