A nuclear reaction is given by, Z X A → Z+1 Y A + –1 e 0 + \(\bar v\) represents

In a β-decay, a nucleus undergoes a transformation in which a neutron is converted into a proton, an electron (also known as a β-minus particle, denoted as -1e0), and an antineutrino (v). This results in the increase of the atomic number (Z) by one unit (hence the "+1" in Z + 1YA), while the mass number (A) remains the same.

A nuclear reaction given by ZXA → Z+1YA +

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Concepts Used:

Atomic Models

There are five atomic models:

John Dalton’s atomic model - Dalton´s Billiard Ball (Solid Sphere) Model

J.J. Thomson’s model - Plum Pudding model

Ernest Rutherford’s model - Nuclear model

Niels Bohr’s model - Planetary model

Erwin Schrödinger’s model - Electron Cloud Model/Quantum Model

A nuclear reaction is given by,
_ZX^A → _Z+1Y^A +_–1e⁰+\(\bar v\) represents

The Correct Option is A

Solution and Explanation

Top Questions on Structure of atom

Questions Asked in NEET exam

Concepts Used:

Atomic Models

There are five atomic models:

John Dalton’s atomic model - Dalton´s Billiard Ball (Solid Sphere) Model

J.J. Thomson’s model - Plum Pudding model

Ernest Rutherford’s model - Nuclear model

Niels Bohr’s model - Planetary model

Erwin Schrödinger’s model - Electron Cloud Model/Quantum Model

A nuclear reaction is given by, ZXA → Z+1YA +–1e0+\(\bar v\) represents

The Correct Option is A

Solution and Explanation

Top Questions on Structure of atom

Questions Asked in NEET exam

Concepts Used:

Atomic Models

There are five atomic models:

John Dalton’s atomic model - Dalton´s Billiard Ball (Solid Sphere) Model

J.J. Thomson’s model - Plum Pudding model

Ernest Rutherford’s model - Nuclear model

Niels Bohr’s model - Planetary model

Erwin Schrödinger’s model - Electron Cloud Model/Quantum Model

A nuclear reaction is given by,
_ZX^A → _Z+1Y^A +_–1e⁰+\(\bar v\) represents