The difference between continuous spectra and line spectra and their causes.

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Answer 1

Question

Chapter 34, Problem 1ASA

To determine

The difference between continuous spectra and line spectra and their causes.

Expert Solution & Answer

Answer to Problem 1ASA

Continuous spectra are a series of colors in sequence and often merged, comprising all wavelengths in the visible spectrum, it is induced by the incandescent light. A series with bright lines divided by a dark line or region is referred to as a line spectra or discrete spectra, it is induced by the atomic structure of the transition from the atom or electron.

Explanation of Solution

When electron moves from one orbit to another, energy is released or absorbed. The energy diagram is a spectral analysis which analyzes the atomic particle details. Incandescent light created series of characteristic color bands.

There are two types of spectra:

(I) Continuous spectra
(II) Line spectra

Conclusion:

Continuous spectra are a series of colors in sequence and often merged, comprising all wavelengths in the visible spectrum. A series with bright lines divided by a dark line or region is referred to as a line spectra or discrete spectra.

The continuous spectrum is induced by the incandescent light, while line spectrum is induced by the atomic structure of the transition from the atom or electron.

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Answer 2

Question

Chapter 34, Problem 1ASA

To determine

The difference between continuous spectra and line spectra and their causes.

Expert Solution & Answer

Answer to Problem 1ASA

Continuous spectra are a series of colors in sequence and often merged, comprising all wavelengths in the visible spectrum, it is induced by the incandescent light. A series with bright lines divided by a dark line or region is referred to as a line spectra or discrete spectra, it is induced by the atomic structure of the transition from the atom or electron.

Explanation of Solution

When electron moves from one orbit to another, energy is released or absorbed. The energy diagram is a spectral analysis which analyzes the atomic particle details. Incandescent light created series of characteristic color bands.

There are two types of spectra:

(I) Continuous spectra
(II) Line spectra

Conclusion:

Continuous spectra are a series of colors in sequence and often merged, comprising all wavelengths in the visible spectrum. A series with bright lines divided by a dark line or region is referred to as a line spectra or discrete spectra.

The continuous spectrum is induced by the incandescent light, while line spectrum is induced by the atomic structure of the transition from the atom or electron.

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Answer 3

Question

Chapter 34, Problem 1ASA

To determine

The difference between continuous spectra and line spectra and their causes.

Expert Solution & Answer

Answer to Problem 1ASA

Continuous spectra are a series of colors in sequence and often merged, comprising all wavelengths in the visible spectrum, it is induced by the incandescent light. A series with bright lines divided by a dark line or region is referred to as a line spectra or discrete spectra, it is induced by the atomic structure of the transition from the atom or electron.

Explanation of Solution

When electron moves from one orbit to another, energy is released or absorbed. The energy diagram is a spectral analysis which analyzes the atomic particle details. Incandescent light created series of characteristic color bands.

There are two types of spectra:

(I) Continuous spectra
(II) Line spectra

Conclusion:

Continuous spectra are a series of colors in sequence and often merged, comprising all wavelengths in the visible spectrum. A series with bright lines divided by a dark line or region is referred to as a line spectra or discrete spectra.

The continuous spectrum is induced by the incandescent light, while line spectrum is induced by the atomic structure of the transition from the atom or electron.

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Answer 4

Question

Chapter 34, Problem 1ASA

To determine

The difference between continuous spectra and line spectra and their causes.

Expert Solution & Answer

Answer to Problem 1ASA

Continuous spectra are a series of colors in sequence and often merged, comprising all wavelengths in the visible spectrum, it is induced by the incandescent light. A series with bright lines divided by a dark line or region is referred to as a line spectra or discrete spectra, it is induced by the atomic structure of the transition from the atom or electron.

Explanation of Solution

When electron moves from one orbit to another, energy is released or absorbed. The energy diagram is a spectral analysis which analyzes the atomic particle details. Incandescent light created series of characteristic color bands.

There are two types of spectra:

(I) Continuous spectra
(II) Line spectra

Conclusion:

Continuous spectra are a series of colors in sequence and often merged, comprising all wavelengths in the visible spectrum. A series with bright lines divided by a dark line or region is referred to as a line spectra or discrete spectra.

The continuous spectrum is induced by the incandescent light, while line spectrum is induced by the atomic structure of the transition from the atom or electron.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 5

Chapter 34, Problem 1ASA

To determine

The difference between continuous spectra and line spectra and their causes.

Expert Solution & Answer

Answer to Problem 1ASA

Continuous spectra are a series of colors in sequence and often merged, comprising all wavelengths in the visible spectrum, it is induced by the incandescent light. A series with bright lines divided by a dark line or region is referred to as a line spectra or discrete spectra, it is induced by the atomic structure of the transition from the atom or electron.

Explanation of Solution

When electron moves from one orbit to another, energy is released or absorbed. The energy diagram is a spectral analysis which analyzes the atomic particle details. Incandescent light created series of characteristic color bands.

There are two types of spectra:

(I) Continuous spectra
(II) Line spectra

Conclusion:

Continuous spectra are a series of colors in sequence and often merged, comprising all wavelengths in the visible spectrum. A series with bright lines divided by a dark line or region is referred to as a line spectra or discrete spectra.

The continuous spectrum is induced by the incandescent light, while line spectrum is induced by the atomic structure of the transition from the atom or electron.

Answer 6

Chapter 34, Problem 1ASA

To determine

The difference between continuous spectra and line spectra and their causes.

Expert Solution & Answer

Answer to Problem 1ASA

Continuous spectra are a series of colors in sequence and often merged, comprising all wavelengths in the visible spectrum, it is induced by the incandescent light. A series with bright lines divided by a dark line or region is referred to as a line spectra or discrete spectra, it is induced by the atomic structure of the transition from the atom or electron.

Explanation of Solution

When electron moves from one orbit to another, energy is released or absorbed. The energy diagram is a spectral analysis which analyzes the atomic particle details. Incandescent light created series of characteristic color bands.

There are two types of spectra:

(I) Continuous spectra
(II) Line spectra

Conclusion:

Continuous spectra are a series of colors in sequence and often merged, comprising all wavelengths in the visible spectrum. A series with bright lines divided by a dark line or region is referred to as a line spectra or discrete spectra.

The continuous spectrum is induced by the incandescent light, while line spectrum is induced by the atomic structure of the transition from the atom or electron.

Answer 7

Chapter 34, Problem 1ASA

To determine

The difference between continuous spectra and line spectra and their causes.

Answer 8

Expert Solution & Answer

Answer to Problem 1ASA

Continuous spectra are a series of colors in sequence and often merged, comprising all wavelengths in the visible spectrum, it is induced by the incandescent light. A series with bright lines divided by a dark line or region is referred to as a line spectra or discrete spectra, it is induced by the atomic structure of the transition from the atom or electron.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Explanation of Solution

When electron moves from one orbit to another, energy is released or absorbed. The energy diagram is a spectral analysis which analyzes the atomic particle details. Incandescent light created series of characteristic color bands.

There are two types of spectra:

(I) Continuous spectra
(II) Line spectra

Conclusion:

Continuous spectra are a series of colors in sequence and often merged, comprising all wavelengths in the visible spectrum. A series with bright lines divided by a dark line or region is referred to as a line spectra or discrete spectra.

The continuous spectrum is induced by the incandescent light, while line spectrum is induced by the atomic structure of the transition from the atom or electron.

Answer 12

Ch. 34 - Prob. 1ASA Ch. 34 - Prob. 2ASA Ch. 34 - Prob. 3ASA Ch. 34 - Prob. 4ASA Ch. 34 - Prob. 5ASA Ch. 34 - Prob. 1Q Ch. 34 - Prob. 2Q Ch. 34 - Prob. 3Q

The difference between continuous spectra and line spectra and their causes.

Concept explainers

The difference between continuous spectra and line spectra and their causes.

Answer to Problem 1ASA

Explanation of Solution

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Chapter 34 Solutions