The difference between alpha, beta and gamma radiations is to be explained, and in terms of ionizing power and penetrating power, they are to be ranked. Concept Introduction: Alpha radiation and Beta ( β ) radiation are the radiations released during radioactive decay. On emission of alpha particles, the atomic number is reduced by 2 units and the atomic mass is reduced by 4 units. Beta ( β ) radiation is a high energy electron released from the radioactive element. Gamma (γ) radiation is a type of electromagnetic radiation released during a radioactive decay. Gamma rays are high energy photons. Ionizing power is the ability of a radiation to ionize the atoms and molecules. Penetrating power is the power of a radiation to penetrate the matter.

Question

My question is whether HI adds to both double bonds, and if it doesn't, why not?

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Question

Chapter 8, Problem 3E

Interpretation Introduction

Interpretation:

The difference between alpha, beta and gamma radiations is to be explained, and in terms of ionizing power and penetrating power, they are to be ranked.

Concept Introduction:

Alpha radiation and Beta (β) radiation are the radiations released during radioactive decay.

On emission of alpha particles, the atomic number is reduced by 2 units and the atomic mass is reduced by 4 units.

Beta (β) radiation is a high energy electron released from the radioactive element.

Gamma (γ) radiation is a type of electromagnetic radiation released during a radioactive decay.

Gamma rays are high energy photons.

Ionizing power is the ability of a radiation to ionize the atoms and molecules.

Penetrating power is the power of a radiation to penetrate the matter.

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My question is whether HI adds to both double bonds, and if it doesn't, why not?

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