Nucleons are regarded as composites sub-particles known as (1) Mesons (2) Quarks (3) Leptons (4) Photons

Nucleons are regarded as composites sub-particles known as (1) Mesons (2) Quarks (3) Leptons (4) Photons
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Quarks
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Nucleons are regarded as composites sub-particles known as – (1) Mesons (2) Quarks (3) Leptons (4) Photons

Description : Nucleons are regarded as composites sub-particles known as – (1) Mesons (2) Quarks (3) Leptons (4) Photons

Last Answer : (2) Quarks

Photons and gravitons are names associated with a category of particles called: w) mesons x) bosons y) leptons z) baryons

Description : Photons and gravitons are names associated with a category of particles called: w) mesons x) bosons y) leptons z) baryons

Last Answer : ANSWER: X --BOSONS

Neutrinos are a subset of which of the following categories? w) photons x) leptons y) mesons z) baryons

Description : Neutrinos are a subset of which of the following categories? w) photons x) leptons y) mesons z) baryons

Last Answer : ANSWER: X -- LEPTONS

The nuclear particles which are assumed to hold the nucleons together are - (1) positrons (2) neutrons (3) electrons (4) mesons

Description : The nuclear particles which are assumed to hold the nucleons together are - (1) positrons (2) neutrons (3) electrons (4) mesons

Last Answer : (4) mesons Explanation: The nuclear particles which are assumed to hold the nucleons together are mesons.

The nuclear particles that are assumed to hold nucleons together are (a) Electrons (b) Positrons (c) Neutrons (d) Mesons

Description : The nuclear particles that are assumed to hold nucleons together are (a) Electrons (b) Positrons (c) Neutrons (d) Mesons

Last Answer : Ans:(d)

What name is given to those elementary particles for which there is a symmetry under intrapair production. Included are photons, pi mesons, and nuclei with an even number of particles.

Description : What name is given to those elementary particles for which there is a symmetry under intrapair production. Included are photons, pi mesons, and nuclei with an even number of particles. 

Last Answer : ANSWER: BOSONS

Were all quarks, leptons and gluons quantum entangled by the Big Bang? If so, what decoupled them?

Description : Were all quarks, leptons and gluons quantum entangled by the Big Bang? If so, what decoupled them?

Last Answer : Ah, at last one of your questions I can answer Spontaneous combustion

(A) Any kind of exchange force helps the nucleus to be more destabilised. (R ) `pi`-mesons are exchanged between nucleons incessantly.

Description : (A) Any kind of exchange force helps the nucleus to be more destabilised. (R ) `pi`-mesons are exchanged between nucleons incessantly.

Last Answer : (A) Any kind of exchange force helps the nucleus to be more destabilised. (R ) `pi`-mesons are exchanged ... D. If both (A) and (R ) are incorrect.

If all the quarks, gluons, electrons, photons, gravitons and so on in existence came from a single-point event, are they all quantum entangled? (Strange Universe Series)

Description : If all the quarks, gluons, electrons, photons, gravitons and so on in existence came from a single-point event, are they all quantum entangled? (Strange Universe Series)

Last Answer : answer:This sounds more like eastern mysticism then science (I had to throw that one in there). I've responded to several of your other strange universe series questions and in some of my long posts I ... level of reality that seems to make up the majority of outer space, the i-ther/dark matter?

When considering visible light cured composites, which of the following statements is incorrect? A. An air-inhibited layer is present superficially on the composite. B. The wavelength of the light which affects the initiator is in the range of 450 to 500 nanometers. C. All other things equal. The light generally penetrates deeper into a small-particle composite than it does into a microfilled composite. (smaller particles absorb more light) D. B and C E. All are true

Description : When considering visible light cured composites, which of the following statements is incorrect? A. An air-inhibited layer is present superficially on the composite. B. The wavelength of the light which affects ... composite. (smaller particles absorb more light) D. B and C E. All are true

Last Answer : E. All are true

Which nuclear particles responsible for holding all nucleons together? -Do You Know?

Description : Which nuclear particles responsible for holding all nucleons together? -Do You Know?

Last Answer : answer:

Atomic number of an element gives (a) The number of protons in its atom (b) The number of nucleons in its atom (c) The weight of the atom of the element (d) The total number of elementary particles in its atom

Description : Atomic number of an element gives (a) The number of protons in its atom (b) The number of nucleons in its atom (c) The weight of the atom of the element (d) The total number of elementary particles in its atom

Last Answer : Ans:(a)

The nuclear particles which are as- sumed to hold the nucleons together are?

Description : The nuclear particles which are as- sumed to hold the nucleons together are?

Last Answer : mesons

Which nuclear particles responsible for holding all nucleons together?

Description : Which nuclear particles responsible for holding all nucleons together?

Last Answer : Mesons

Which nuclear particles responsible for holding all nucleons together?

Description : Which nuclear particles responsible for holding all nucleons together?

Last Answer : Mesons

Which one of the following particles travels at the speed of light? w) neutrons x) electrons y) photons z) muons

Description : Which one of the following particles travels at the speed of light? w) neutrons x) electrons y) photons z) muons

Last Answer : ANSWER: Y -- PHOTONS 

A cheque drawn on any bank located at the same station as that of the head post office and accepted at any of its sub offices will also be regarded as----------- a. Local Cheque b . Outstation Cheque

Description : A cheque drawn on any bank located at the same station as that of the head post office and accepted at any of its sub offices will also be regarded as----------- a. Local Cheque b . Outstation Cheque

Last Answer : a. Local Cheque

Isotopes of an element have different numbers of: w) electrons x) protons y) neutrons z) leptons

Description : Isotopes of an element have different numbers of: w) electrons x) protons y) neutrons z) leptons

Last Answer : ANSWER: Y -- NEUTRONS

____ make up the major components of fat, butter, shortening, and oil. a. Compounds c. Spingolipids b. Composites d. Triglycerides

Description : ____ make up the major components of fat, butter, shortening, and oil. a. Compounds c. Spingolipids b. Composites d. Triglycerides

Last Answer : d. Triglycerides

Explain properties and applications of GRP/CRP and CRP composites.

Description : Explain properties and applications of GRP/CRP and CRP composites.

Last Answer : Properties of GRP( Glass Reinforced Plastic)/CRP ( Carbon Reinforced Plastic):  1.High corrosion resistance: Offering exceptional corrosion resistance, GRP/CRP is highly tolerant of the most aggressive of ... drone 8. Lightweight poles such as tripod legs etc 9. Denstistry

Which of the following is not type of qualitative forecasting? (a) executive opinions ; (b) sales force composites ; (c) the Delphi method ; (d) moving average

Description : Which of the following is not type of qualitative forecasting? (a) executive opinions ; (b) sales force composites ; (c) the Delphi method ; (d) moving average

Last Answer : Moving average

Which of the following uses three types of participants: decision makers, staff personnel, and respondents? (a) executive opinions ; (b) sales force composites ; (c) the Delphi method ; (d) time series analysis

Description : Which of the following uses three types of participants: decision makers, staff personnel, and respondents? (a) executive opinions ; (b) sales force composites ; (c) the Delphi method ; (d) time series analysis

Last Answer : ; (c) the Delphi method ;

The chemical bahaviour of an atom depends upon (1) the number of protons in its nucleus (2) the number of neutrons in the nucleus (3) the number of electrons orbiting around the nucleus (4) the number of nucleons in the nucleus

Description : The chemical bahaviour of an atom depends upon (1) the number of protons in its nucleus (2) the number of neutrons in the nucleus (3) the number of electrons orbiting around the nucleus (4) the number of nucleons in the nucleus

Last Answer : the number of electrons orbiting around the nucleus

Mesons are found in which rays? -Do You Know?

Description : Mesons are found in which rays? -Do You Know?

Last Answer : answer:

Mesons are found in which rays?

Description : Mesons are found in which rays?

Last Answer : – Cosmic rays

Where are mesons found? (1) Cosmic rays (2) X-rays (3) Gamma rays (4) Laser beam

Description : Where are mesons found? (1) Cosmic rays (2) X-rays (3) Gamma rays (4) Laser beam

Last Answer : (1) Cosmic rays Explanation: Mesons are not produced by radioactive decay, but appear in nature only as short-lived products of very high-energy interactions in matter, between particles made ... subatomic particles composed of one quark and one anti-quark, bound together by the strong interaction.

Mesons are found in which rays?

Description : Mesons are found in which rays?

Last Answer : Cosmic rays

Where are mesons found ? (1) Cosmic rays (2) X-rays (3) Gamma rays (4) Laser beam

Description : Where are mesons found ? (1) Cosmic rays (2) X-rays (3) Gamma rays (4) Laser beam

Last Answer : Cosmic rays

What are the differences between top, bottom, strange, and charm quarks from the standard 'up' and 'down' quarks?

Description : What are the differences between top, bottom, strange, and charm quarks from the standard 'up' and 'down' quarks?

Last Answer : Standard disclaimer: I'm but a caveman Yes, they have different mass, but also other properties that make them different. It's a deep rabbit hole, but have you checked out Wikipedia ... properties (along with a good general article on quarks) https://en.wikipedia.org/wiki/Quark#Table_of_properties

Can Quarks (or smaller) be used in computing?

Description : Can Quarks (or smaller) be used in computing?

Last Answer : Until someone more knowledgeable responds to your question, here is my understanding. Quarks are inside of subparticles and cannot be directly manipulated. However, there is serious work going on to build quantum computers that, I believe, use quantum properties of electrons.

Do you have any little quarks that need to be fixed or changed when you see them?

Description : Do you have any little quarks that need to be fixed or changed when you see them?

Last Answer : *quirks (I agree about the toilet paper.)

When will scientists find smaller building blocks than quarks and gluons?

Description : When will scientists find smaller building blocks than quarks and gluons?

Last Answer : Well, a gluon isn’t a “building block”. It’s a force particle. But I see your point.

The particle made up of quarks and Glu- ons?

Description : The particle made up of quarks and Glu- ons?

Last Answer : Hadrons

The magnitude of the quarks' electric charge is: w) zero. x) greater than the electron's charge. y) equal to the electron's charge. z) less than the electron's charge.

Description : The magnitude of the quarks' electric charge is: w) zero. x) greater than the electron's charge. y) equal to the electron's charge. z) less than the electron's charge.

Last Answer : ANSWER: Z -- LESS THAN THE ELECTRON'S CHARGE. 

How many quarks make up a proton?

Description : How many quarks make up a proton?

Last Answer : ANSWER: 3

There is evidence that quarks come in how many flavors? Is it: w) 1 x) 3 y) 5 z) 7

Description : There is evidence that quarks come in how many flavors? Is it: w) 1 x) 3 y) 5 z) 7

Last Answer : ANSWER: Y -- 5

Name any three of the six quarks.

Description : Name any three of the six quarks.

Last Answer : ANSWER: UP, DOWN, CHARM, STRANGE, TOP (or truth), BOTTOM (or beauty)

How many quarks make up a neutron?

Description : How many quarks make up a neutron?

Last Answer : ANSWER: 3

How many colors of quarks are believed to exist? Is it: w) 1 x) 3 y) 5 z) 7

Description : How many colors of quarks are believed to exist? Is it: w) 1 x) 3 y) 5 z) 7 

Last Answer : ANSWER: X -- 3

What are nucleons? What is the name given to those atoms which have same number of nucleons in it? -Chemistry 9th

Description : What are nucleons? What is the name given to those atoms which have same number of nucleons in it? -Chemistry 9th

Last Answer : A nucleon is the collective name for two important subatomic particles: neutrons and protons. The name given to those atoms which have same number of nucleons in it is ISOBARS.

An atom has 35 nucleons and has atomis number equal to 17 . The number of electrons with n =2 , m = 0 in it is :-

Description : An atom has 35 nucleons and has atomis number equal to 17 . The number of electrons with n =2 , m = 0 in it is :-

Last Answer : An atom has 35 nucleons and has atomis number equal to 17 . The number of electrons with n =2 , m = 0 in it is :- A. 2 B. 4 C. 6 D. 3

`.^(234)U` has 92 protons and 234 nucleons total in tis nucleus. It decays by emitting an alpha particle. After the decay it becomes:

Description : `.^(234)U` has 92 protons and 234 nucleons total in tis nucleus. It decays by emitting an alpha particle. After the decay it becomes:

Last Answer : `.^(234)U` has 92 protons and 234 nucleons total in tis nucleus. It decays by emitting an alpha particle. After the ... C. `.^(230)Th` D. `.^(230)Ra`

The half - life of a radioactive substance depends upon (a) Its temperature (b) The external pressure (c) The mass of the substance (d) The strength of the nuclear force between the nucleons its atoms

Description : The half - life of a radioactive substance depends upon (a) Its temperature (b) The external pressure (c) The mass of the substance (d) The strength of the nuclear force between the nucleons its atoms

Last Answer : Ans:(d)

Choose the incorrect statement from the following: (a) The nuclear becomes weak if the nucleus contains too many protons compared to the number of neutrons (b) The nuclear force becomes weak if the nucleus contains too many neutrons compared to the number of protons (c) Nuclei with atomic number greater than 82 show a tendency to disintegrate (d) The nuclear force becomes very strong if the nucleus contains a large number of nucleons.

Description : Choose the incorrect statement from the following: (a) The nuclear becomes weak if the nucleus contains too many protons compared to the number of neutrons (b) The nuclear force becomes weak if the ... (d) The nuclear force becomes very strong if the nucleus contains a large number of nucleons.

Last Answer : Ans:(d)

The mass number of an atom is equal to (a) The number of protons (b) The number of protons and electrons (c) The number of nucleons (d) The number of neutrons

Description : The mass number of an atom is equal to (a) The number of protons (b) The number of protons and electrons (c) The number of nucleons (d) The number of neutrons

Last Answer : Ans:(c)

The mass number of an element is equal to the number of __________ in the nucleus. (A) Electrons (B) Neutrons (C) Protons (D) Neutrons plus protons (i.e., nucleons)

Description : The mass number of an element is equal to the number of __________ in the nucleus. (A) Electrons (B) Neutrons (C) Protons (D) Neutrons plus protons (i.e., nucleons)

Last Answer : (D) Neutrons plus protons (i.e., nucleons)

An element having large number of __________ is most easily subjected to nuclear fission. (A) Protons(B) Electrons(C) Neutrons(D) Nucleons

Description : An element having large number of __________ is most easily subjected to nuclear fission. (A) Protons (B) Electrons (C) Neutrons (D) Nucleons

Last Answer : (D) Nucleons

Pick out the wrong statement. (A) Atoms with same number of nucleons but different number of protons are called isobars (B) Atoms with same number of protons but different number of nucleons are called isoters (C) Out of α, β, and γ-rays, the one having maximum penetration power are γ-rays (D) The product formed by emission of α-particle has mass number less by 4 units than the parent nuclide

Description : Pick out the wrong statement. (A) Atoms with same number of nucleons but different number of protons are called isobars (B) Atoms with same number of protons but different number of nucleons are ... product formed by emission of α-particle has mass number less by 4 units than the parent nuclide

Last Answer : (B) Atoms with same number of protons but different number of nucleons are called isoters

Atoms with same number of neutrons, but different number of nucleons are called (A) Isotones (B) Isobars (C) Isotopes (D) Isostere

Description : Atoms with same number of neutrons, but different number of nucleons are called (A) Isotones (B) Isobars (C) Isotopes (D) Isostere

Last Answer : (A) Isotones

Both tritium and deuterium have the same number of (A) Neutrons (B) Electrons (C) Protons (D) Nucleons

Description : Both tritium and deuterium have the same number of (A) Neutrons (B) Electrons (C) Protons (D) Nucleons

Last Answer : (A) Neutrons