For the answer to the inquiry above, Thallium-206 decays by beta emissions to do the next aspect to the right in the periodic table, which is lead-206. The decay equation: 81Tl206 --> -1e0 + 82Pb206 A neutron in Tl-206 decays, creating a proton and also a beta particle. Since a proton is developed the atom number rises by 1, and also since the "swapped" a neutron for a proton, the fixed number remains the same. 

1. A. 4.0012 B. An alpha is a decay is a radioactive procedure in i m sorry a particle with two neutrons and also two protons is ejected from the nucleus of a radiation atom.

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Daughter product that is formed after the beta-minus decay of is

Explanation: Beta-minus degeneration is a procedure in which an rough radioactive atom creates a steady molecule.

In this decay, a neutron outcomes in the formation of a proton and an electron.

Beta-minus degeneration of follows:

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Daughter product is



Daughter product the is formed after the beta-minus degeneration of is

Explanation: Beta-minus decay is a procedure in which an stormy radioactive atom forms a steady molecule.

In this decay, a neutron results in the formation of a proton and also an electron.

Beta-minus decay of follows:

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Daughter product is



1. A) A=4

C) hopeful (+2e)

2. A) A continues to be constant.

B) an adverse charge, in other words, one electron.

3. A) The atom loser 2 protons and 2 neutrons.

B) Then, the electron is expelled the the nucleus and the proton remains.

4. Radiation decay, because that instance, minerals of uranium and thorium

5. Mass of a beta

6. Pb-206.

Explanation:

1.

A) Alpha bit is a helium nucleus, so the is do of 2 protons and two neutrons, so the massive number is A=4.

B) an alpha particle consists of 2 protons and two neutrons. It is similar to the helium nucleus, and also when a radioactive facet emits one alpha particle, the loses 2 protons and two neutrons.

C) together we know alpha particles have actually two protons and also neutrons, climate the charge will be positive (+2e), due to the fact that neutron does not electric charge.

2.

A) Beta minus (B-) decay implies the emissions of an electron (beta particle) native the nucleus, and also as us know, the fixed number is the number of protons and neutrons, A remains constant.

B) Beta minus is a an adverse particle, so the particle emitted is a negative charge, in other words, an electron.

C) The other name is electron.

3.

A) The atom loses 2 protons and 2 neutrons.

B) In this specific decay, a neutron i do not care a proton add to an electron and also neutrino. Then, the electron is expelled of the nucleus and also the proton remains.

4. Helium on earth is a an outcome of radioactive decay, because that instance, minerals of uranium and also thorium. When they decay, they emit alpha particles and also these particles automatically combine v the roughly electrons.

5. Since the massive of a beta minus fragment (9.1×10⁻³¹ kg) is 4 order of magnitude much less than alpha fragment ( ‎6.6×10⁻²⁷ kg), it will be simpler to relocate an electron than an alpha particle.

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6. When Tl-206 emitted and electron, beta decay, the daughter product will certainly be Pb-206.