a certain radionuclide is used to diagnose lymphoma. an atom of this radionuclide contains 31 protons and 36…

a certain radionuclide is used to diagnose lymphoma. an atom of this radionuclide contains 31 protons and 36 neutrons. which statement is correct about the radionuclide?\no the atomic number is 31, the mass number is 67, and its symbol is $_{31}^{67}ga$.\no the atomic number is 31, the mass number is 67, and its symbol is $_{67}^{31}ga$.\no the atomic number is 67, the mass number is 31, and its symbol is $_{31}^{67}ga$.\no the atomic number is 67, the mass number is 31, and its symbol is $_{67}^{31}ga$.

a certain radionuclide is used to diagnose lymphoma. an atom of this radionuclide contains 31 protons and 36 neutrons. which statement is correct about the radionuclide?\no the atomic number is 31, the mass number is 67, and its symbol is $_{31}^{67}ga$.\no the atomic number is 31, the mass number is 67, and its symbol is $_{67}^{31}ga$.\no the atomic number is 67, the mass number is 31, and its symbol is $_{31}^{67}ga$.\no the atomic number is 67, the mass number is 31, and its symbol is $_{67}^{31}ga$.

Answer

Answer:

The atomic number is 31, the mass number is 67, and its symbol is $_{31}^{67}\text{Ga}$.

Explanation:

Step1: Define atomic number

Atomic number = number of protons. Given 31 protons, so atomic number = 31.

Step2: Calculate mass number

Mass number = protons + neutrons. 31 protons + 36 neutrons = 67.

Step3: Determine symbol

The element with atomic number 31 is Gallium (Ga). The symbol is written as $_{31}^{67}\text{Ga}$ where 31 is atomic number and 67 is mass number.