IGNOU MPH 17 SOLVED ASSIGNMENT

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IGNOU MPH 17 SOLVED ASSIGNMENT

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IGNOU MPH 17 SOLVED ASSIGNMENT

~~Rs. 90~~
Rs. 15

Last Date of Submission of IGNOU MPH-017 (MSCPH) 2026 Assignment is for January 2026 Session: 30th September, 2026 (for December 2026 Term End Exam).
Semester Wise
January 2026 Session: 30th March, 2026 (for June 2026 Term End Exam).
July 2026 Session: 30th September, 2026 (for December 2026 Term End Exam).

Title Name	IGNOU MPH 17 SOLVED ASSIGNMENT
Type	Soft Copy (E-Assignment) .pdf
University	IGNOU
Degree	MASTER DEGREE PROGRAMMES
Course Code	MSCPH
Course Name	Master of Science (Physics)
Subject Code	MPH 17
Subject Name	NUCLEAR AND PARTICLE PHYSICS
Year	2026
Session
Language	English Medium
Assignment Code	MPH-017/Assignmentt-1//2026
Product Description	Assignment of MSCPH (Master of Science (Physics)) 2026. Latest MPH 017 2026 Solved Assignment Solutions
Last Date of IGNOU Assignment Submission	Last Date of Submission of IGNOU MPH-017 (MSCPH) 2026 Assignment is for January 2026 Session: 30th September, 2026 (for December 2026 Term End Exam). Semester Wise January 2026 Session: 30th March, 2026 (for June 2026 Term End Exam). July 2026 Session: 30th September, 2026 (for December 2026 Term End Exam).

~~Rs. 90~~
Rs. 15

Questions Included in this Help Book

Ques 1.

Calculate the mass defect of Boron-10 and proton separation energy.
Given:

$M(^{10}\text{B}) = 10.0129369\text{ u}$

$M(^9\text{Be}) = 9.0121831\text{ u}$

$M(\text{Proton}) = 1.0078250\text{ u}$

Ques 2.

The mass defects for $^7\text{Li}$ and $^{240}\text{Pu}$ are $0.040\text{ u}$ , and $1.9324\text{ u}$ respectively. Calculate the corresponding atomic mass.

Ques 3.

For the nuclear charge density $\rho_{ch} = \rho_0 e^{-q_0r}$ , compute the charge form factor and the mean square charge radius $\langle r^2 \rangle$ .

Ques 4.

Explain and justify the observed deviations in magnetic dipole moment and quadrupole moment of deuteron.

Ques 5.

List any three major differences between low energy $n\text{-}p$ scattering and $p\text{-}p$ scattering.

Ques 6.

Calculate the third component of isospin T₃ for $^{35}_{17}\text{Cl}$ and $^{32}_{16}\text{S}$ .

Ques 7.

Write the semi-empirical mass formula. On the basis of semi-empirical mass formula, derive the condition of stability of a given nucleus.

Ques 8.

Determine the expected shell-model quadrupole moment of $^{209}\text{Bi}(9/2)$ .

Ques 9.

Internal conversion,

Ques 10.

Nuclear isomerism

Ques 11.

$\beta$ -decay process with one example

Ques 12.

Obtain an expression of momentum distribution of $\beta$ -particles in the momentum range $p_\beta$ to $(p_\beta + dp_\beta)$ , considering the Coulomb correction term. Also, derive the energy distribution function to get the shape of the $\beta$ -decay spectrum.

Ques 13.

Calculate the energy produced (in Joules) by fission of $10\text{ g}$ of $^{235}\text{U}$ .

Given: The energy released per fission of $^{235}\text{U}$ is $200\text{ MeV}$ .

Ques 14.

What is reciprocity theorem of nuclear reactions? Obtain its mathematical expression. Rewrite the reciprocity theorem considering the spin of all the involved nuclei.

Ques 15.

A reactor operating at a power level of $1000 \text{ MW}$ uses thermal neutrons producing fissions of $^{235}\text{U}$ . If the thermal flux is $10^{16} \text{ m}^{-2} \text{ s}^{-1}$ , calculate the mass of $^{235}\text{U}$ present in the reactor? Assume $\sigma_f = 580 \text{ b}$ .

Ques 16.

Explain the phenomenon of nuclear fission. What is the importance of chain reactor in nuclear fission? Explain briefly the principle of operation of a nuclear reactor.

Ques 17.

A thin $^{7}_{3}\text{Li}$ target of $0.01 \text{ mm}$ thickness is bombarded with a proton beam resulting in $10^9 \text{ neutron/s}$ . Calculate the reaction cross-section $\sigma$ for this nuclear reaction.

Given: Density of $^{7}_{3}\text{Li} = 500 \text{ kg m}^{-3}$

Ques 18.

Define Q-value of a nuclear reaction. Calculate the Q-value of the reaction: $^{14}\text{N}(\alpha, p) ^{17}\text{O}$ . Given:

$M(^{14}\text{N}) = 14.00753 \text{ u}$

$M(^{4}\text{He}) = 4.00386 \text{ u}$

$M(^{1}\text{H}) = 1.00813 \text{ u}$

$M(^{17}\text{O}) = 17.0045 \text{ u}$

Whether the reaction is exoergic or endoergic?

Ques 19.

Check if isospin is conserved in the following reactions:

Ques 20.

$\pi^+ + n \rightarrow \pi^0 + p^+$

Ques 21.

$K^- + p^+ \rightarrow \pi^0 + \Lambda^0$

Ques 22.

Explain why we must define an intrinsic parity for each particle.

Ques 23.

From the isospin and hypercharge assignment show that the t and b quarks have charges +2/3 and -1/3 respectively.

Ques 24.

Write down the wave function for $|\pi^-\rangle$ . Use the isospin raising operator to derive the wavefunctions for $|\pi^0\rangle$ and $|\pi^+\rangle$ .

Ques 25.

Consider K meson of mass m_K decaying into two pions of mass $m_\pi$ each, in the laboratory frame. Show that the energy of each pion is equal to $\frac{m_K}{2}$ and the momenta are $p_\pi = \frac{1}{2}\sqrt{m_K^2 - 4m_\pi^2}$ .

Ques 26.

Calculate the mass defect of Boron-10 and proton separation energy.
Given:

$M(^{10}\text{B}) = 10.0129369\text{ u}$

$M(^9\text{Be}) = 9.0121831\text{ u}$

$M(\text{Proton}) = 1.0078250\text{ u}$

Ques 27.

The mass defects for $^7\text{Li}$ and $^{240}\text{Pu}$ are $0.040\text{ u}$ , and $1.9324\text{ u}$ respectively. Calculate the corresponding atomic mass.

Ques 28.

For the nuclear charge density $\rho_{ch} = \rho_0 e^{-q_0r}$ , compute the charge form factor and the mean square charge radius $\langle r^2 \rangle$ .

Ques 29.

Explain and justify the observed deviations in magnetic dipole moment and quadrupole moment of deuteron.

Ques 30.

List any three major differences between low energy $n\text{-}p$ scattering and $p\text{-}p$ scattering.

Ques 31.

Calculate the third component of isospin T₃ for $^{35}_{17}\text{Cl}$ and $^{32}_{16}\text{S}$ .

Ques 32.

Write the semi-empirical mass formula. On the basis of semi-empirical mass formula, derive the condition of stability of a given nucleus.

Ques 33.

Determine the expected shell-model quadrupole moment of $^{209}\text{Bi}(9/2)$ .

Ques 34.

Internal conversion,

Ques 35.

Nuclear isomerism

Ques 36.

$\beta$ -decay process with one example

Ques 37.

Ques 38.

Calculate the energy produced (in Joules) by fission of $10\text{ g}$ of $^{235}\text{U}$ .

Given: The energy released per fission of $^{235}\text{U}$ is $200\text{ MeV}$ .

Ques 39.

What is reciprocity theorem of nuclear reactions? Obtain its mathematical expression. Rewrite the reciprocity theorem considering the spin of all the involved nuclei.

Ques 40.

Ques 41.

Explain the phenomenon of nuclear fission. What is the importance of chain reactor in nuclear fission? Explain briefly the principle of operation of a nuclear reactor.

Ques 42.

Given: Density of $^{7}_{3}\text{Li} = 500 \text{ kg m}^{-3}$

Ques 43.

Define Q-value of a nuclear reaction. Calculate the Q-value of the reaction: $^{14}\text{N}(\alpha, p) ^{17}\text{O}$ . Given:

$M(^{14}\text{N}) = 14.00753 \text{ u}$

$M(^{4}\text{He}) = 4.00386 \text{ u}$

$M(^{1}\text{H}) = 1.00813 \text{ u}$

$M(^{17}\text{O}) = 17.0045 \text{ u}$

Whether the reaction is exoergic or endoergic?

Ques 44.

Check if isospin is conserved in the following reactions:

Ques 45.

$\pi^+ + n \rightarrow \pi^0 + p^+$

Ques 46.

$K^- + p^+ \rightarrow \pi^0 + \Lambda^0$

Ques 47.

Explain why we must define an intrinsic parity for each particle.

Ques 48.

From the isospin and hypercharge assignment show that the t and b quarks have charges +2/3 and -1/3 respectively.

Ques 49.

Write down the wave function for $|\pi^-\rangle$ . Use the isospin raising operator to derive the wavefunctions for $|\pi^0\rangle$ and $|\pi^+\rangle$ .

Ques 50.

~~Rs. 90~~
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Course Name	Master of Science (Physics)
Course Code	MSCPH
Programm	MASTER DEGREE PROGRAMMES Courses
Language	English

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IGNOU MPH 17 SOLVED ASSIGNMENT

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