• GED Summer 2021

    Physics I (Summer 21)

    MD MAHFUJUL ISLAM MD MAHFUJUL ISLAM
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    Course code: Phy 111, Course Title: Physics I, Semester: Summer-21, Dept.: EEE+CE(even)/CSE(OLD & RETAKE)

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  • INTRODUCTION


                 Profile

    Md. Mahfujul Islam

    Lecturer 
    Department of General Educational Development
    703-AB01, Permanent Campus
    Daffodil International University
    E-mail: mahfujul.ged@diu.edu.bd
    Cell: +8801915139047
    Web profile: https://faculty.daffodilvarsity.edu.bd/profile/ged/mahfuzul-ged.html
    Researchgate: https://www.researchgate.net/profile/Md_Islam196
    Google site: https://sites.google.com/diu.edu.bd/mahfujul-diu/home 
    ORCID ID: https://orcid.org/0000-0001-5362-2717g
    Facebook: https://www.facebook.com/profile.php?id=100012611111360
    Whatsapp: +8801915139047



    • url icon
      Welcome note(video) URL
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    • url icon
      Reference books URL
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    • resource icon
      Course Outline File
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    • url icon
      Lecture Sheet URL
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    • resource icon
      Course Assessment File
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      Type of Assessment   Weight Comments
      Class Attendance            07%                 It will calculate based on your presence on the class.
      Class Test 15% 4 Class test will be taken based on each chapter and best 3 will be counted
      Assignment 05% 2 assignment tasks should be completed on the whole semester and it will be based on mathematical problems, analytical issues etc.
      Presentation 08% There will be 2 presentations, and you have to perform individually in the classroom via PowerPoint/ Prezi .
      Mid Exam 25% It will be based on Mechanics and wave & oscillations chapter.
      Final Exam 40% 20% percent syllabus will cover up from the mid-exam contents and others from the rest. 



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      Class schedule Page
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      Day        AC-A                  
      sunday 6.00-7.30pm(Meet link)
      Wednesday 6.00-7.30pm(Meet link)






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      Counselling schedule Page
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      Counselling link: https://meet.google.com/hfn-zmro-ehc?authuser=0

      DAY/TIME AC-A(PHY102)
      SAT
      SUN 2.00-5.00PM
      MON
      TUES
      WED 2.00-4.00PM
      THURS




    • resource icon
      Presentation Topics File
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    • Students must
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      Quick access link:

      CT 1       CT 2      CT 3     MID EXAM   FINAL EXAM 
      Week 1-4 Week 5-6 Week 7-9  Final assessment
        


    • url icon
      Presentation(Summer-2021), CSE(Old+Even) URL
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  • Week (1-3)

    electricity

    Introduction:

    concepts about electricity, charge, conservation of charge, quantization of charge, coulomb’s law, electric field, electric potential, electric dipole

    Lesson Objectives:

    *Identify the measurement of current,

    *Identify the electric potential due to point charge.

    *Concepts about charge, quantization of charge, an electric field, etc. 

    Lesson plan

    *Lecture slide presentation

    *Lecture note

    *Application of Engineering Physics in real-world problem connected to engineering fields

    *Video slide 

    Lesson Expected Outcomes

    *Students feel eager to learn this course and they will know why does  Physics be important in Engineering Field?

    *Correlation between Physics and modern engineering worked also real-life examples will be given to engage them with lots more interest. 

    *Get the proper ideas about electricity, measurement of electric potential, get the ideas about electric dipole, etc,. 

    Assessment:

    Forum Q & A, Assigning Homework, Class Test 3



  • FIRST QUIZ

    • quiz icon
      QUIZ:1
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      View

  • Week 4-6:

    magnetism

    Introduction:

    capacitor, dielectric, types of capacitor, parallel and series combination of capacitor 

    Objectives:

    After studying the material of this chapter, the student should be able to

    *define capacitance and its symbol and unit of measurement. 

    *could be able to analyze how a capacitor stores energy.

    * Predict the capacitance of a parallel and series capacitor.

     Lesson Plan:

    *Discussion from lecture slides

    *Question and Answering

    *video materials 

    Assessment:

    Forum Q & A, Home task.

    MCQ question discussion.




  • Week (7-8)

    current

    Introduction:

    Shunt, Galvanometer, Measurement of shunt

    Objectives:

    After studying the material of this chapter, the student should be able to:
    * Write from memory the definitions of shunt, resistance and could be able to measure the shunt current, shunt resistance etc.

     Lesson Plan:

    *Discussion from lecture slides

    *Question and Answering

    Lesson Expected Outcomes

    * clear concepts about Shunt.


    • Students must
      Mark as done
      class 1         class 2  class 3          


    • forum icon
      Q & A forum
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    • quiz icon
      Class test (02) Quiz
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    • url icon
      COURSE MATERIALS URL
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  • MID EXAM(SPRING-21)(EEE-EVEN)

    Dear Students,
    A few rules should follow for today’s exam:
    .For the conceptual questions, MCQ's and also for the Mathematical problems, you must submit the camera version on the drive link gave it to you. 

    Delayed answer scripts will not be evaluated, so please make sure your uninterrupted net services.

    Thanks in advance. And Best of luck

    EXAM CODE: 
    TIME:6.00pm-8.30pm 

  • Week(10-12)

    Modern physics

    Introduction:

    (Contents: Photoelectric effect, atomic model, concepts about the atom , atomic nuclear, work function, threshold frequency, radioactivity, half-life, decay law, nuclear fission& fusion, nuclear reactor, Nuclear power plant, mass defect, binding energy, Compton effect, mass-energy equation, theory of relativity)

    Lesson Objectives:

    Distinguish between classical physics and quantum physics, b) To classify atom and atomic model, c) to determine radioactive decay, d) classify nuclear and fusion reaction, e) Calculate the mass-energy of a particle.

    Lesson Plan

    Lecture, Group Study, Discussion

    Lesson Expected Outcomes

    *Basic concepts about Radioactivity. modern physics, different between classical and quantum physics, 

    Assessment:

    Forum Q & A, Home task.


  • Week 13

    Introduction:

    Mathematical problems of Modern Physics chapter

    Lesson Objectives:

    *This will train student to solve the mathematical problems related to nuclear reaction, energy mass relation,theory of relativity etc. 

    Lesson Plan

    *power point slide

    Lesson Expected Outcomes

    Students can solve the mathematical issues related to nuclear reaction and photoelectirc effect.

    Assessment:

    Home tasks



  • Week 14

    alternatic current

    Introduction:

    Alternating current, Mean value of an A.C for half cycle and complete cycle.

    Lesson Objectives:

    • Understand the differences between alternating and direct current
    • Describe how alternating current is generated
    • Understand inductance and capacitance

    Lesson Plan

    *power point slide

    *pdf file

    Lesson Expected Outcomes

    Students can solve the mathematical issues related to alternating current.

    Assessment:

    Home tasks


  • Week 15

    Introduction:

    Mathematical problems of A.C

    Objectives:

    After studying the material of this chapter, the student should be able to:

    * Mathematical problems of current an a.c related math. 


  • Final assessment(Summer-21), EEE(even)