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A hydrogen atom has **6 spectral lines**. Spectral emissions occurs when an electron transitions jumps from a higher energy state to a lower energy state. The spectral lines are grouped into series according to the lower energy level.**If an atom has N=number of levels then the number of transitions and therefore number of spectral lines is N−1**. However, for energy levels in an atom it is common to use three numbers to label each energy levels.Hence there are 10 transitions and hence **10** spectral lines possible.

Table of Contents

## How do you find the number of spectral lines in a hydrogen atom?

A hydrogen atom has **6 spectral lines**. Spectral emissions occurs when an electron transitions jumps from a higher energy state to a lower energy state. The spectral lines are grouped into series according to the lower energy level.

## How do you determine the number of spectral lines?

**If an atom has N=number of levels then the number of transitions and therefore number of spectral lines is N−1**. However, for energy levels in an atom it is common to use three numbers to label each energy levels.

### Trick To Find Number Of Spectral Lines || Atomic Structure || Hydrogen Spectrum #neet

### Images related to the topicTrick To Find Number Of Spectral Lines || Atomic Structure || Hydrogen Spectrum #neet

## How many spectral lines are produced in the spectrum of hydrogen?

Hence there are 10 transitions and hence **10** spectral lines possible.

## What is the maximum number of spectral lines emitted by a hydrogen?

**6**-number of lines are emitted.

## How do you find maximum spectral lines?

The maximum number spectral lines possible is 4. **3 spectral lines are obtained for the transition 4→3→2→1** and one spectral line is obtained for any one of the following transition 4→1 or 4→3→1 or 4→2→1.

## How many spectral lines are in the emission spectrum?

The electron energy level diagram for the hydrogen atom. He found that the **four** visible spectral lines corresponded to transitions from higher energy levels down to the second energy level (n = 2). This is called the Balmer series.

## What is the number of possible spectral lines of electron?

There are **6** possibilities.

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The emission spectrum of atomic hydrogen has been divided into a number of spectral series, with wavelengths given by the Rydberg formula.

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## How many spectral lines are formed in hydrogen spectrum when excited electrons in a sample of hydrogen jump from 5th orbit to 1st in multiple steps?

So, the **six** spectral lines are, 5 → 4.

## How many spectral lines will be visible in emission spectrum of H atom if electrons transition are from 5th excited state to ground state?

A certain transition in H spectrum from an excited state to ground state in one or more steps gives rise to a total of **10 lines**.

## How many number of spectral lines will appear if an electron jumps from 4th to 2nd energy level?

Thus, 5→2,4→2,3→2 it shows **three lines** lie in the visible region.

## What is the maximum number of spectral lines emitted by a hydrogen atom when it is in the third excited state All India?

Solution : There will be 6 spectral lines corresponding to transitions. Third excited state means **n = 4**.

## What is the maximum number of spectral lines that can be formed when an electron is transmitted from 6th orbit to 3rd?

Hence, the correct option is **6**.

## What is the number of possible spectral lines if electron in 3 excited state of H atom?

Therefore, the correct answer is option [C] **6**.

### Spectral series of Hydrogen atom

### Images related to the topicSpectral series of Hydrogen atom

## Why does hydrogen only have 4 spectral lines?

Though a hydrogen atom has only one electron, it contains a large number of shells, so when this single electron jumps from one shell to another, a photon is emitted, and the energy difference of the shells causes different wavelengths to be released… hence, mono-electronic hydrogen has many spectral lines.

## How many spectral lines are in the Balmer series?

The Balmer equation predicts the **four** visible spectral lines of hydrogen with high accuracy.

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