If energy of K-shell electron is -40000 eV and If 60000 V potential is applied at Coolidge tube then which of the following X-ray will get form?

Question

If energy of K-shell electron is -40000 eV and If 60000 V potential is applied at Coolidge tube then which of the following X-ray will get form? (A) Continuous (B) White X-rays (C) Continuous and all series of characteristic (D) None of these

Tardigrade Admin · Accepted Answer

When applied voltage is greater than energy of K-electron, continuous and all characteristic X-rays are emitted.

Q. If energy of $K$ -shell electron is $- 40000 e V$ and If $60000 V$ potential is applied at Coolidge tube then which of the following X-ray will get form?

Continuous

White X-rays

Continuous and all series of characteristic

None of these

When applied voltage is greater than energy of $K$ -electron, continuous and all characteristic $X$ -rays are emitted.

Q. If energy of K-shell electron is −40000eV and If 60000V potential is applied at Coolidge tube then which of the following X-ray will get form?