The energy of gamma (γ) ray photon is Eγ and that of an X-ray photon is Ex. If the visible light photon has an energy of Ev , then we can say that

Question

The energy of gamma (γ) ray photon is Eγ and that of an X-ray photon is Ex. If the visible light photon has an energy of Ev , then we can say that (A) Ex > Eγ > Ev (B) Eγ > Ev > Ex (C) Eγ > Ex > Ev (D) Ex > Ev > Eγ

Tardigrade Admin · Accepted Answer

E&gamma; ≥ 100 keV EX =100 eV to 100 keV Ev =2.48 eV So, we can say that E&gamma;>EX>Ev

Q. The energy of gamma $(γ)$ ray photon is $E_{γ}$ and that of an X-ray photon is $E_{x}$ . If the visible light photon has an energy of $E_{v}$ , then we can say that

$E_{x} > E_{γ} > E_{v}$

$E_{γ} > E_{v} > E_{x}$

$E_{γ} > E_{x} > E_{v}$

$E_{x} > E_{v} > E_{γ}$

$E_{γ} \geq 100 k e V$
$E_{X} = 100 e V$ to $100 k e V$
$E_{v} = 2.48 e V$
So, we can say that
$E_{γ} > E_{X} > E_{v}$

Q. The energy of gamma (γ) ray photon is Eγ​ and that of an X-ray photon is Ex​. If the visible light photon has an energy of Ev​ , then we can say that

Ex​>Eγ​>Ev​

Eγ​>Ev​>Ex​

Eγ​>Ex​>Ev​

Ex​>Ev​>Eγ​