3. Intended Learning Outcomes of the course (ILOs):

Minia university Faculty of Engineering Dept. Of Mech. Power and Energy

COURSE SPECIFICATION

1. Administrative Information

Course Title :Physics (2)

Code : FS 114

Department offering the course : Mechanical power and Energy Program on which the course is given : Undergraduate level

Department offering the program : Mechanical power and Energy

Academic year :First year

Semester : First Semester

Date of specification/revision :2004 Date of approval by Departmental/Faculty :05/10/2020 Taught hours:

Lecture:4 hrs./week Tutorial:1 hrs./week Practical: 1hrs./week Others: None Total:6hrs./week

2. Overall Aims of the Course

This course is designed to:

• Teach the student to apply knowledge of physics in engineering problems solution.

• Prepare the students to integrate to adapt with new technological advancement.

3. Intended Learning Outcomes of the course (ILOs):

a- Knowledge and understanding (𝑨

_𝟏

, 𝑨

_𝟏𝟐

) Upon completing this course, the student should be able to:

𝑎

₁

-Define

terminologies such as, interference, polarity, and capacitance

𝑎

₂

-Explain

the concept of electrostatic field, oscillation circuits, electronic emission, particle accelerators, and x-rays physics

𝑎

₃

-Describe

physics of nuclear energy

𝑎

₄

-Explain

physics of ultrasonic waves and relevant theories

b- Intellectual Skills(𝑩

_𝟑

, 𝑩

_𝟏𝟎

)

Upon completing this course, the student should be able to:

b

₁-

Analyze

simple electric circuit and oscillation cycles

b

₂

-Assess

quantum mechanics stipulations.

b₃-

Develop

physical models for accelerators, absorbance, deviation, and dispersion of rays b₄-

Distinguish

spherical, orthogonal, and perspective radiation

c- Professional and practical skills (𝑪

_𝟏

)

Upon completing this course, the student should be able to:

𝑐₁-

Use

physics to analyze circuits and magnetic electrostatic.

𝑐₂-

Apply

concepts on microscopes.

𝑐₃-

Evaluate

mono-color devices, cameras, crystal structure applications.

𝑐₄-

Prepare

full physical analysis in a general application

d- General and transferable skills (𝑫

_𝟏

, 𝑫

_𝟐

) Upon completing this course, the student should be able to:

d

₁

- Communicate

effectively alone and within team.

d

₂

- Manage

time effectively

FS 114 Course Specification

2 4. Syllabus

Topics CONTENTS

Topic (1) Optical physics: Interference, Reflection–Electrostatic field – Displacement – Capacitance Topic (2) Magnetic electricity – Static magnetic field due to poles and steady current – Magnetic circuits

– Magnetic effect factor

Topic (3) Simple electrical circuits – Oscillation cycles

Topic (4) Modern physics: introduction – Electronic emission- Pohr theory – particles coupling –Analysis using X-Rays deviation technique and microscope

Topic (5) Electolight phenomenon – Quantum mechanics postulations – Periodic tables of substances – Natural radiation – Particles accelerators – Nuclear energy.

Topic (6) X-rays physics: Nature and light – absorption – exploring – deviation due to scattering – Devices (monocolor devices – Methods of deviation, ultrasonic waves and its applications Topic (7) Material science - Crystals system – Similarity degree and groups

Topic (8) Matrices coefficients – Spherical, orthogonal, and solid radiation- General applications

5. Teaching and Learning Methods:

5.1. Lectures.

5.2. Tutorial.

5.3. Discussion 5.4. Office hours.

5.5. Self-learning.

6. Students Assessment:

6.1. Students Assessment Methods:

6.1.1. Tutorial 6.1.2. Reports

6.1.3. Mid-term exams 6.1.4. Practical Exam 6.1.5. Written exam 6.2. Assessment schedule:

6.2.1. Tutorial

An assignment every two weeksaccording to the topic

6.2.2. Reports

Scheduled by the instructor

6.2.3. Mid-term exams

Week # 8 (1^st Semester)

6.2.4. Practical Exam

Week # 13 (1^st Semester)

6.2.5. Written exam

Scheduled by the faculty council

6.3. Weighing of assessments:

Semester Work (Tutorials and Reports) 5 %

Mid-Term Exam 15 %

Oral/Practical Exam 20 %

Final Exam 60 %

Total 100 %

FS 114 Course Specification

3 7. List of References:

7.1.

Course notes:

Class Notes prepared by faculty members of Faculty of Science.

7.2. Essential books (textbooks):

7.3. Recommended books:

7.4. Periodicals, websites, etc.:

---None---

8. Other Resources/ Facilities of teaching and learning required for achieving the above ILOs.

• Class rooms

• Data show device

• Student library

9. We certify that all of the information required to deliver this course is contained in the above specification and will be implemented.

Course Coordinator:

Physical Department, Faculty of Science

Signature………

Date: Oct. 2020

Head of Department

Prof. Dr. Ibrahim M. M. El-Moghazy

Signature………

Date: Oct. 2020

FS 114 Course Specification

4

Course Curriculum Map

Course title: Physics (2). Course coordinators: Physical Department, Faculty of Science Course Aim: This course is designed to:

• Teach the student to apply knowledge of physics in engineering problems solution.

• Prepare the students to integrate to adapt with new technological advancement.

Course Code

Intended Learning Outcomes (ILOs)

Topics

Week

# Teaching Methods Assessment

Methods Evidences

Knowledge and understanding

Intellectual skills

Professional and practical skills

General and transferable

skills

FS 114

𝐚𝟏, 𝐚𝟐 𝐛𝟏, 𝐛𝟐 𝐜𝟏 𝐝𝟏, 𝐝𝟐

Optical physics: Interference, Reflection- Electrostatic field – Displacement –

Capacitance

1-2 Lectures +Discussion Office hours

Tutorials, and Reports

Mid Term exams Oral

Exam/

Practical Exam Final

exam

Course file, Exam samples,

Regular reports,

𝐚_𝟏, 𝐚_𝟐 𝐛_𝟏, 𝐛_𝟐 𝐜_𝟏, 𝐜_𝟑 𝐝_𝟏, 𝐝_𝟐

Magnetic electricity – Static magnetic field due to poles and steady current – Magnetic

circuits – Magnetic effect factor 3 Lectures + Discussion +Tutorials +Office

hours

𝐚_𝟐, 𝐚_𝟑 𝐛_𝟏, 𝐛_𝟐, 𝐛_𝟑 𝐜_𝟏, 𝐜_𝟐, 𝐜_𝟑 𝐝_𝟏, 𝐝_𝟐 Simple electrical circuits – Oscillation

cycles 4 Lectures + Tutorials

+Office hours + self- reading

𝐚_𝟐, 𝐚_𝟑 𝐛_𝟏, 𝐛_𝟐 𝐜_𝟏, 𝐜_𝟐 𝐝_𝟏, 𝐝_𝟐

Modern physics: introduction – Electronic emission- Pohr theory – particles coupling

–Analysis using X-Rays deviation technique and microscope

5-6 Lectures + Tutorials + Office hours +

Discussion

a₂, a₃, a₄ 𝐛_𝟏, 𝐛_𝟑 𝐜_𝟏, 𝐜_𝟐, 𝐜_𝟑 𝐝_𝟏, 𝐝_𝟐

Electolight phenomenon – Quantum mechanics postulations – Periodic tables of

substances – Natural radiation – Particles accelerators – Nuclear energy

7-8 Lectures + Tutorials +Office hours

+Discussion

𝐚_𝟏, 𝐚_𝟐, 𝐚_𝟑 𝐛_𝟑, 𝐛_𝟒 𝐜_𝟐, 𝐜_𝟑 𝐝_𝟏, 𝐝_𝟐

X-rays physics: Nature and light – absorption – exploring – deviation due to scattering – Devices (monocolor devices – Methods of deviation, ultrasonic waves and

its applications

9-10 Lectures + Tutorials +Office hours +

Discussion

𝐚_𝟏, 𝐚_𝟐, 𝐚_𝟑, 𝐚_𝟒 𝐛_𝟐, 𝐛_𝟑, 𝐛_𝟒 𝐜_𝟑, 𝐜_𝟒 𝐝_𝟏, 𝐝_𝟐 Material science - Crystals system –

Similarity degree and groups 11-12 Lectures + Tutorials +Office hours +

Discussion

𝐚_𝟑, 𝐚_𝟒 𝐛_𝟑, 𝐛_𝟒 𝐜_𝟑, 𝐜_𝟒 𝐝_𝟏, 𝐝_𝟐

Matrices coefficients – Spherical, orthogonal, and solid radiation- General

applications 13 Lectures + Tutorials

+Office hours + Discussion

Department Head: Prof. Dr. Ibrahim M. M. El-Moghazy