Physics for the IB Diploma 6th Edition>Chapter 7 - Atomic, Nuclear and Particle Physics>Exam-style questions>Q 16

MEDIUM

Diploma

IMPORTANT

Earn 100

The muon decays according to $μ^{-} \to e^{-} + ν_{e} + ν_{μ}$ . A Feynman diagram for this decay is shown below.

Use the above diagram to construct a new Feynman diagram representing the scattering of electron anti-neutrino off a muon.

Important Questions on Atomic, Nuclear and Particle Physics

MEDIUM

Diploma

IMPORTANT

Physics for the IB Diploma 6th Edition>Chapter 7 - Atomic, Nuclear and Particle Physics>Test yourself>Q 1

Discuss what is meant by the statement that the energy of atoms is discrete.

MEDIUM

Diploma

IMPORTANT

Physics for the IB Diploma 6th Edition>Chapter 7 - Atomic, Nuclear and Particle Physics>Test yourself>Q 1

Discuss what is meant by the statement that the energy of atoms is discrete. Outline evidence for this discreteness.

HARD

Diploma

IMPORTANT

Physics for the IB Diploma 6th Edition>Chapter 7 - Atomic, Nuclear and Particle Physics>Test yourself>Q 2

Explain why the dark lines of an absorption spectrum have the same wavelengths as the bright lines of an emission spectrum for the same element

MEDIUM

Diploma

IMPORTANT

Physics for the IB Diploma 6th Edition>Chapter 7 - Atomic, Nuclear and Particle Physics>Test yourself>Q 6

State the electric charge of the nucleus

{}_{2}^{3}{He}

MEDIUM

Diploma

IMPORTANT

Physics for the IB Diploma 6th Edition>Chapter 7 - Atomic, Nuclear and Particle Physics>Test yourself>Q 26

Write down the quark structure of the antineutron and the anti-proton. Verify that the charges come out correctly.

HARD

Diploma

IMPORTANT

Physics for the IB Diploma 6th Edition>Chapter 7 - Atomic, Nuclear and Particle Physics>Test yourself>Q 27

Write down the quark structure of the antiparticle of the meson

K^{+} = (u \bar{s})

.

MEDIUM

Diploma

IMPORTANT

Physics for the IB Diploma 6th Edition>Chapter 7 - Atomic, Nuclear and Particle Physics>Test yourself>Q 28

State the baryon number of the hadron with quark content

\bar{c}, \bar{c}, \bar{c}

MEDIUM

Diploma

IMPORTANT

Physics for the IB Diploma 6th Edition>Chapter 7 - Atomic, Nuclear and Particle Physics>Test yourself>Q 29

Determine whether the following reaction conserve or violate baryon number.

$p^{+} \underset{}{\to} e^{+} + γ$