358804 The velocity of all radio waves in free space is \(3 \times {10^8}\;m/s\). The frequency of a radio wave of wavelength \(150\;m\) is :

358805 Match Column-I with Column-II of electromagnetic waves with corresponding wavelength range. Choose the correct answer from the options
given below.
Column I
Column II
A
Microwave
P
\(400\,nm\) to \(1\,nm\)
B
Ultraviolet
Q
\(1\,nm\,{10^{ - 3}}nm\)
C
\(X\)-rays
R
\(1\,nm\) to \(700\,nm\)
D
Infra - red
S
\(0.1\,m\) to \(1\,nm\)

358806 If \(v_{s}, v_{x}, v_{m}\) are the speeds of \(\gamma\)-rays, \(X\)-rays and microwaves respectively in vacuum then:

358807 Match Column I (Electromagnetic wave type) with Column II (Its association/application).
Column I
Column II
A
Infrared waves
P
To treat muscular strain
B
Radio waves
Q
For broadcasting
C
X-rays
R
To detect fracture of bones
D
Ultraviolet
S
Absorbed by the ozone layer of the atmosphere

358804 The velocity of all radio waves in free space is \(3 \times {10^8}\;m/s\). The frequency of a radio wave of wavelength \(150\;m\) is :

358805 Match Column-I with Column-II of electromagnetic waves with corresponding wavelength range. Choose the correct answer from the options
given below.
Column I
Column II
A
Microwave
P
\(400\,nm\) to \(1\,nm\)
B
Ultraviolet
Q
\(1\,nm\,{10^{ - 3}}nm\)
C
\(X\)-rays
R
\(1\,nm\) to \(700\,nm\)
D
Infra - red
S
\(0.1\,m\) to \(1\,nm\)

358806 If \(v_{s}, v_{x}, v_{m}\) are the speeds of \(\gamma\)-rays, \(X\)-rays and microwaves respectively in vacuum then:

358807 Match Column I (Electromagnetic wave type) with Column II (Its association/application).
Column I
Column II
A
Infrared waves
P
To treat muscular strain
B
Radio waves
Q
For broadcasting
C
X-rays
R
To detect fracture of bones
D
Ultraviolet
S
Absorbed by the ozone layer of the atmosphere

358804 The velocity of all radio waves in free space is \(3 \times {10^8}\;m/s\). The frequency of a radio wave of wavelength \(150\;m\) is :

358805 Match Column-I with Column-II of electromagnetic waves with corresponding wavelength range. Choose the correct answer from the options
given below.
Column I
Column II
A
Microwave
P
\(400\,nm\) to \(1\,nm\)
B
Ultraviolet
Q
\(1\,nm\,{10^{ - 3}}nm\)
C
\(X\)-rays
R
\(1\,nm\) to \(700\,nm\)
D
Infra - red
S
\(0.1\,m\) to \(1\,nm\)

358806 If \(v_{s}, v_{x}, v_{m}\) are the speeds of \(\gamma\)-rays, \(X\)-rays and microwaves respectively in vacuum then:

358807 Match Column I (Electromagnetic wave type) with Column II (Its association/application).
Column I
Column II
A
Infrared waves
P
To treat muscular strain
B
Radio waves
Q
For broadcasting
C
X-rays
R
To detect fracture of bones
D
Ultraviolet
S
Absorbed by the ozone layer of the atmosphere

358804 The velocity of all radio waves in free space is \(3 \times {10^8}\;m/s\). The frequency of a radio wave of wavelength \(150\;m\) is :

358805 Match Column-I with Column-II of electromagnetic waves with corresponding wavelength range. Choose the correct answer from the options
given below.
Column I
Column II
A
Microwave
P
\(400\,nm\) to \(1\,nm\)
B
Ultraviolet
Q
\(1\,nm\,{10^{ - 3}}nm\)
C
\(X\)-rays
R
\(1\,nm\) to \(700\,nm\)
D
Infra - red
S
\(0.1\,m\) to \(1\,nm\)

358806 If \(v_{s}, v_{x}, v_{m}\) are the speeds of \(\gamma\)-rays, \(X\)-rays and microwaves respectively in vacuum then:

358807 Match Column I (Electromagnetic wave type) with Column II (Its association/application).
Column I
Column II
A
Infrared waves
P
To treat muscular strain
B
Radio waves
Q
For broadcasting
C
X-rays
R
To detect fracture of bones
D
Ultraviolet
S
Absorbed by the ozone layer of the atmosphere