Electromagnetic Spectrum
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PHXII08:ELECTROMAGNETIC WAVES

368948 If microwaves, \(X\) rays, infrared, gamma rays, ultraviolet, radiowaves and visible parts of the electromagnetic spectrum are denoted by \(M,X,I,G,U,R\,{\rm{and}}\,V\) the following is the arrangement in ascending order of wavelength :

1 \(M,\,R,\,V,\,X\,,U,\,G\,{\rm{and}}\,I\)
2 \(R,\,M,\,I,\,V,\,U,\,X\,{\rm{and}}\,G\)
3 \(G,\,X,\,U,\,V,\,I,\,M\,{\rm{and}}\,R\)
4 \(I,\,M,\,R,\,U,\,V,\,X\,{\rm{and}}\,G\)
JEE - 2014
PHXII08:ELECTROMAGNETIC WAVES

368949 Which of the following has minimum wavelength?

1 \(\gamma\) - rays
2 \(X\)-rays
3 Ultraviolet rays
4 Cosmic rays
PHXII08:ELECTROMAGNETIC WAVES

368950 Arrange the following in the ascending order of wavelength.
(I) Gamma rays \(\left(\lambda_{1}\right)\)
(II) \(X\) - rays \(\left(\lambda_{2}\right)\)
(III) Infrared waves \(\left(\lambda_{3}\right)\)
(IV) Microwaves \(\left(\lambda_{4}\right)\)
Choose the most appropriate answer from the options given below:

1 \(\lambda_{4} < \lambda_{3} < \lambda_{2} < \lambda_{1}\)
2 \(\lambda_{4} < \lambda_{3} < \lambda_{1} < \lambda_{2}\)
3 \(\lambda_{2} < \lambda_{1} < \lambda_{4} < \lambda_{3}\)
4 \({\lambda _1} < {\lambda _2} < {\lambda _3} < {\lambda _4}\)
JEE - 2024
PHXII08:ELECTROMAGNETIC WAVES

368951 An electromagnetic radiation has an energy \(14.4KeV\). To which region of electromagnetic spectrum does it belong?

1 Visible region
2 X-rays region
3 Infra-red region
4 \(\gamma\) - rays region
PHXII08:ELECTROMAGNETIC WAVES

368952 Radio waves and visible light in vacuum have

1 Same velocity but different wavelength
2 Continuous emission spectrum
3 Band absorption spectrum
4 Line emission spectrum
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PHXII08:ELECTROMAGNETIC WAVES

368948 If microwaves, \(X\) rays, infrared, gamma rays, ultraviolet, radiowaves and visible parts of the electromagnetic spectrum are denoted by \(M,X,I,G,U,R\,{\rm{and}}\,V\) the following is the arrangement in ascending order of wavelength :

1 \(M,\,R,\,V,\,X\,,U,\,G\,{\rm{and}}\,I\)
2 \(R,\,M,\,I,\,V,\,U,\,X\,{\rm{and}}\,G\)
3 \(G,\,X,\,U,\,V,\,I,\,M\,{\rm{and}}\,R\)
4 \(I,\,M,\,R,\,U,\,V,\,X\,{\rm{and}}\,G\)
JEE - 2014
PHXII08:ELECTROMAGNETIC WAVES

368949 Which of the following has minimum wavelength?

1 \(\gamma\) - rays
2 \(X\)-rays
3 Ultraviolet rays
4 Cosmic rays
PHXII08:ELECTROMAGNETIC WAVES

368950 Arrange the following in the ascending order of wavelength.
(I) Gamma rays \(\left(\lambda_{1}\right)\)
(II) \(X\) - rays \(\left(\lambda_{2}\right)\)
(III) Infrared waves \(\left(\lambda_{3}\right)\)
(IV) Microwaves \(\left(\lambda_{4}\right)\)
Choose the most appropriate answer from the options given below:

1 \(\lambda_{4} < \lambda_{3} < \lambda_{2} < \lambda_{1}\)
2 \(\lambda_{4} < \lambda_{3} < \lambda_{1} < \lambda_{2}\)
3 \(\lambda_{2} < \lambda_{1} < \lambda_{4} < \lambda_{3}\)
4 \({\lambda _1} < {\lambda _2} < {\lambda _3} < {\lambda _4}\)
JEE - 2024
PHXII08:ELECTROMAGNETIC WAVES

368951 An electromagnetic radiation has an energy \(14.4KeV\). To which region of electromagnetic spectrum does it belong?

1 Visible region
2 X-rays region
3 Infra-red region
4 \(\gamma\) - rays region
PHXII08:ELECTROMAGNETIC WAVES

368952 Radio waves and visible light in vacuum have

1 Same velocity but different wavelength
2 Continuous emission spectrum
3 Band absorption spectrum
4 Line emission spectrum
For More Updates join with Us
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PHXII08:ELECTROMAGNETIC WAVES

368948 If microwaves, \(X\) rays, infrared, gamma rays, ultraviolet, radiowaves and visible parts of the electromagnetic spectrum are denoted by \(M,X,I,G,U,R\,{\rm{and}}\,V\) the following is the arrangement in ascending order of wavelength :

1 \(M,\,R,\,V,\,X\,,U,\,G\,{\rm{and}}\,I\)
2 \(R,\,M,\,I,\,V,\,U,\,X\,{\rm{and}}\,G\)
3 \(G,\,X,\,U,\,V,\,I,\,M\,{\rm{and}}\,R\)
4 \(I,\,M,\,R,\,U,\,V,\,X\,{\rm{and}}\,G\)
JEE - 2014
PHXII08:ELECTROMAGNETIC WAVES

368949 Which of the following has minimum wavelength?

1 \(\gamma\) - rays
2 \(X\)-rays
3 Ultraviolet rays
4 Cosmic rays
PHXII08:ELECTROMAGNETIC WAVES

368950 Arrange the following in the ascending order of wavelength.
(I) Gamma rays \(\left(\lambda_{1}\right)\)
(II) \(X\) - rays \(\left(\lambda_{2}\right)\)
(III) Infrared waves \(\left(\lambda_{3}\right)\)
(IV) Microwaves \(\left(\lambda_{4}\right)\)
Choose the most appropriate answer from the options given below:

1 \(\lambda_{4} < \lambda_{3} < \lambda_{2} < \lambda_{1}\)
2 \(\lambda_{4} < \lambda_{3} < \lambda_{1} < \lambda_{2}\)
3 \(\lambda_{2} < \lambda_{1} < \lambda_{4} < \lambda_{3}\)
4 \({\lambda _1} < {\lambda _2} < {\lambda _3} < {\lambda _4}\)
JEE - 2024
PHXII08:ELECTROMAGNETIC WAVES

368951 An electromagnetic radiation has an energy \(14.4KeV\). To which region of electromagnetic spectrum does it belong?

1 Visible region
2 X-rays region
3 Infra-red region
4 \(\gamma\) - rays region
PHXII08:ELECTROMAGNETIC WAVES

368952 Radio waves and visible light in vacuum have

1 Same velocity but different wavelength
2 Continuous emission spectrum
3 Band absorption spectrum
4 Line emission spectrum
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PHXII08:ELECTROMAGNETIC WAVES

368948 If microwaves, \(X\) rays, infrared, gamma rays, ultraviolet, radiowaves and visible parts of the electromagnetic spectrum are denoted by \(M,X,I,G,U,R\,{\rm{and}}\,V\) the following is the arrangement in ascending order of wavelength :

1 \(M,\,R,\,V,\,X\,,U,\,G\,{\rm{and}}\,I\)
2 \(R,\,M,\,I,\,V,\,U,\,X\,{\rm{and}}\,G\)
3 \(G,\,X,\,U,\,V,\,I,\,M\,{\rm{and}}\,R\)
4 \(I,\,M,\,R,\,U,\,V,\,X\,{\rm{and}}\,G\)
JEE - 2014
PHXII08:ELECTROMAGNETIC WAVES

368949 Which of the following has minimum wavelength?

1 \(\gamma\) - rays
2 \(X\)-rays
3 Ultraviolet rays
4 Cosmic rays
PHXII08:ELECTROMAGNETIC WAVES

368950 Arrange the following in the ascending order of wavelength.
(I) Gamma rays \(\left(\lambda_{1}\right)\)
(II) \(X\) - rays \(\left(\lambda_{2}\right)\)
(III) Infrared waves \(\left(\lambda_{3}\right)\)
(IV) Microwaves \(\left(\lambda_{4}\right)\)
Choose the most appropriate answer from the options given below:

1 \(\lambda_{4} < \lambda_{3} < \lambda_{2} < \lambda_{1}\)
2 \(\lambda_{4} < \lambda_{3} < \lambda_{1} < \lambda_{2}\)
3 \(\lambda_{2} < \lambda_{1} < \lambda_{4} < \lambda_{3}\)
4 \({\lambda _1} < {\lambda _2} < {\lambda _3} < {\lambda _4}\)
JEE - 2024
PHXII08:ELECTROMAGNETIC WAVES

368951 An electromagnetic radiation has an energy \(14.4KeV\). To which region of electromagnetic spectrum does it belong?

1 Visible region
2 X-rays region
3 Infra-red region
4 \(\gamma\) - rays region
PHXII08:ELECTROMAGNETIC WAVES

368952 Radio waves and visible light in vacuum have

1 Same velocity but different wavelength
2 Continuous emission spectrum
3 Band absorption spectrum
4 Line emission spectrum
Join With Us for More Updates
PHXII08:ELECTROMAGNETIC WAVES

368948 If microwaves, \(X\) rays, infrared, gamma rays, ultraviolet, radiowaves and visible parts of the electromagnetic spectrum are denoted by \(M,X,I,G,U,R\,{\rm{and}}\,V\) the following is the arrangement in ascending order of wavelength :

1 \(M,\,R,\,V,\,X\,,U,\,G\,{\rm{and}}\,I\)
2 \(R,\,M,\,I,\,V,\,U,\,X\,{\rm{and}}\,G\)
3 \(G,\,X,\,U,\,V,\,I,\,M\,{\rm{and}}\,R\)
4 \(I,\,M,\,R,\,U,\,V,\,X\,{\rm{and}}\,G\)
JEE - 2014
PHXII08:ELECTROMAGNETIC WAVES

368949 Which of the following has minimum wavelength?

1 \(\gamma\) - rays
2 \(X\)-rays
3 Ultraviolet rays
4 Cosmic rays
PHXII08:ELECTROMAGNETIC WAVES

368950 Arrange the following in the ascending order of wavelength.
(I) Gamma rays \(\left(\lambda_{1}\right)\)
(II) \(X\) - rays \(\left(\lambda_{2}\right)\)
(III) Infrared waves \(\left(\lambda_{3}\right)\)
(IV) Microwaves \(\left(\lambda_{4}\right)\)
Choose the most appropriate answer from the options given below:

1 \(\lambda_{4} < \lambda_{3} < \lambda_{2} < \lambda_{1}\)
2 \(\lambda_{4} < \lambda_{3} < \lambda_{1} < \lambda_{2}\)
3 \(\lambda_{2} < \lambda_{1} < \lambda_{4} < \lambda_{3}\)
4 \({\lambda _1} < {\lambda _2} < {\lambda _3} < {\lambda _4}\)
JEE - 2024
PHXII08:ELECTROMAGNETIC WAVES

368951 An electromagnetic radiation has an energy \(14.4KeV\). To which region of electromagnetic spectrum does it belong?

1 Visible region
2 X-rays region
3 Infra-red region
4 \(\gamma\) - rays region
PHXII08:ELECTROMAGNETIC WAVES

368952 Radio waves and visible light in vacuum have

1 Same velocity but different wavelength
2 Continuous emission spectrum
3 Band absorption spectrum
4 Line emission spectrum