Charges/Interactions/Quiz

Charge interaction is a lecture and an article about the application of laboratory and theoretical physics to astronomical phenomena that involve charge interactions.

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Quiz

<quiz>

{Yes or No, The branch of metaphysics that addresses the nature or essential characteristics of being and of things that exist is called ontology. |type="()"} + Yes - No

{Spin-charge separation has which characteristics? |type="[]"} + a chargon + a spinon + taking place inside solids + extremely tight confinement - neutron affinity - X-ray absorption

{True or False, Charge exists in a positive and negative form. |type="()"} + TRUE - FALSE

{Which of the following are characteristic of a β⁺ decay? |type="[]"} - a mu neutrino + a positron emission - a decay product of a neutron + an electron neutrino - comes in mutable varieties + weak interaction

{True or False, A calculation of energy is not possible unless a mass is involved. |type="()"} + TRUE - FALSE

{Which of the following is not an electron volt? |type="()"} - a unit of energy - a quantity that denotes the ability to do work - 1.2 PeV + the angular momentum of the planet Mercury around the Sun - a unit dimensioned in mass, distance, and time - a unit not based on the Coulomb

{True or False, A chargon possesses the charge of an electron without a spin. |type="()"} + TRUE - FALSE

{Complete the text: |type="{}"} Match up the item letter with each of the first astronomical source possibilities below: Meteors - A Cosmic rays - B Neutrons - C Protons - D Electrons - E Positrons - F Gamma rays - G Superluminals - H cosmic rays { C|D (i) } comets { A (i) }. galactic nuclei { H (i) }. electron-positron annihilation { G (i) }. weak force nuclear decay { F (i) }. AGNs { B (i) }. 511 keV photon pair production { E (i) }. solar wind { D (i) }.

{Complete the text: |type="{}"} The { delta-ray|delta ray (i) } tracks in emulsion chambers have been used for { direct (i) } measurements of { cosmic-ray|cosmic ray (i) } nuclei above { 1 TeV/nucleon (i) } in a series of balloon-borne experiments.

{True or False, A unit vector is a direction with a magnitude of one. |type="()"} + TRUE - FALSE

{Which of the following are involved in the weak force? |type="[]"} - a core which emits neutrinos + Fermi's β-decay theory - ²⁶Al - undetectable with balloon-borne detectors + Gamow-Teller interactions - steady enough emission to be used as a standard for X-ray emission - observed with delta-rays in 1731 + M. Fierz

{True or False, The spin carried by quarks is not sufficient to account for the total spin of muons. |type="()"} + TRUE - FALSE

{The strong force is involved in which of the following phenomena? |type="[]"} + s-waves + the sum of the spins - neutrinos + Pauli's exclusion principle + deuterium - radio waves

{True or False, When the magnetic poles of the Sun reverse during the solar cycle, there is a short time in which the polar diameter is greater than the equatorial diameter. |type="()"} + TRUE - FALSE

{Which of the following are associated with electromagnetics? |type="[]"} + angular momentum transfer + solar wind + protons + electrons - the baryon neutrino + charge neutralization

{True or False, The generalized strong force theory combines the strong force with the nuclear force. |type="()"} + TRUE - FALSE

{Complete the text: |type="{}"} A composite { electron density (i) } spectrum is approximately a { power (i) } law over at least the ≈ 5 decade wavenumber range 10^-13 m^-1 < wavenumber < 10^-8 m^-1 and that may extend to { higher (i) } wavenumbers.

{True or False, The generalized weak force theory combines the Fermi and Gamow-Teller conditions into a unified theory. |type="()"} + TRUE - FALSE

{Which of the following are associated with the big bang neutrinos? |type="[]"} - a launch location + relic neutrinos + of order of the photon density + the thermal energy at which neutrinos decouple + neutrinos dynamically dominate baryons - a contracting universe

{True or False, The force of gravity is the first astronomical source of the strong nuclear force. |type="()"} - TRUE + FALSE

{The generalization to self-gravitating continua is outlined focused on the classification problem of singularities and metamorphoses arising in the |type="{}"} { density field (i) }.

{True or False, Like all elementary particles, the muon has a corresponding antiparticle of opposite spin but equal mass and charge (+1). |type="()"} - TRUE + FALSE

{If energy is the impetus behind all motion and activity, which of the following are associated with power? |type="[]"} - a launch location + a rate of change of the impetus with time - photon density - an acceleration of the impetus - neutrinos dynamically dominating baryons + a rate of change of mass

{True or False, The radius of the proton is 4 percent smaller than previously estimated. |type="()"} + TRUE - FALSE

{

For standard basis, or unit, vectors (i, j, k) and vector components of a (a_x, a_y, a_z), what are the right ascension, declination, and value of a?

|type="[]"} - if the x-axis is the longitude of the Greenwich meridian, and a_x equals a_y, then RA equals 6^h + if the x-axis is the longitude of the Greenwich meridian, and a_x equals a_y, then RA equals 3^h + the value of a is given by $a = \sqrt{a_{x}^{2} + a_{y}^{2} + a_{z}^{2}}$ - if a_x equals a_y equals a_z, then the declination is -45° + if a_x equals a_y equals a_z, then the declination is +45°

{Which of the following are associated with the envelope of the polarization current density? |type="[]"} + emission of electromagnetic radiation from a superluminal charged particle + intensity of some components decays as the inverse of the distance from the source + non-spherically-decaying sources + emission contains very high frequencies not present in the synthesis of the source + non-spherically decaying components of the radiation do not violate energy conservation + strong electromagnetic fields are compensated by weak fields elsewhere

{True or False, Muons inherit the high energy of the parent cosmic rays. |type="()"} + TRUE - FALSE

{TeV muons from gamma-ray primaries are rare because? |type="[]"} + only produced by higher energy gamma rays + suppressed gamma-ray flux + decreasing flux at the source - GeV gamma rays + absorption + interstellar light

{True or False, An antimuon is a muon spinning backward in time. |type="()"} - TRUE + FALSE

{Complete the text: |type="{}"} Charged-current charged pion production is a process in which a { neutrino (i) } interacts with an atomic { nucleus (i) } and produces a { muon (i) }, a charged { pion (i) } and recoiling nuclear fragments.

{Complete the text: |type="{}"} Match up the interaction or force with the likely physical phenomenon gravitation - A electromagnetism - B strong interaction - C weak interaction - D 1 { C (i) }, ε₀ { B (i) }, G - { A (i) }, W boson { D (i) }.

</quiz>

Hypotheses

Template:Main

An interaction of charges is a function of tangles and exponents of distance.

External links

Template:Charge ontology Template:Tlx Template:Tlx Template:Sisterlinks

Charges/Interactions/Quiz

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