opto221

وصف مقرر دراسي

 

1 رقم المقرر ورمزه. ( course code)………… OPTO 221…….. 

2. اسم المقرر ( course name ):  …… Optics ………….              

3. اسم عضو هيئة التدريس saad rashed almajed 

4.عدد الوحدات/ الساعات الدراسية للمقرر:  إجمالي الساعات (Number of hrs per unit 3

5. المستوى الدراسي الذى يقدم فيه هذا المقرر.((level of course...Level 4...............

 

6. متطلبات المقرر السابقة (pre-requisite ) ………………… College Core.

 

7. المتطلبات المصاحبة لهذا المقرر: ……………………………( co-requisite 

 

1. توصيف مختصر للمقرر الدراسي: ( course description )

 

This is an introductory course in geometrical optics. Introduction to light and optics, wavelength, frequency, speed of light, index of refraction, and optical length will be discussed. Image formation by plane mirrors and their properties, Image formation by spherical convex mirrors, concave mirrors, properties of the image and magnification, Refraction through plane surfaces, image deviation, real and apparent depth, Prisms, ophthalmic prisms, image deviation, minimum deviation, Introduction curvature and spherical surfaces, sag formula, calculation of power, radius of curvature, Refraction through spherical surfaces, convex surfaces, concave surfaces, image formation, magnification, focal length, surface power. Thin lenses, types, power, focal lengths, surface power, thin lenses, lens formula, Thick lenses, thick lens formula,  focal lengths, thick lens power, sphero-cylidrical lenses, focal planes, power…..

                                            Textbook

Optics 10th Edition, Freeman M. H. (Published by Butterworth-Heinemann, 1990)

 

 9- توزيع مفردات المقررعلى الفصل (Unit Course Distribution over the Semester)

 

Lecture #	Brief Outlines
Lecture   1	Introduction to light and geometrical optics
Lecture  2	Rectilinear Propagation of Light: wave fronts, pencils and beams, pinhole camera and shadows
Lecture  3	Reflection and Mirrors (1): Laws of reflection; Plane mirrors; Spherical mirrors
Lecture  4	Reflection and Mirrors (2): Images formed by spherical mirrors; Mirror equation + ex.
Lecture  5	Reflection and Mirrors (3): Spherical Aberration; correction of homework exercises
	Mid –Term Exam 1
Lecture  6	Refraction (1): Index of refraction; Laws of refraction; Wavelength and refraction
Lecture  7	Refraction (2): Total internal reflection; Apparent depth; correction of homework exerc.
Lecture  8	Lenses and Optical instruments (1): Simples lenses; Lens-makers equation; exercises
Lecture  9	Lenses and Optical instruments (2): Image Formation by thin lenses; Lens equ.&Magnificatio
Lecture  10	Lenses and Optical instruments (3): Combination of lenses; Compound microscope; telescopes
	Mid –Term Exam 2
Lecture  11	Lenses and Optical instruments (3):  Lens Aberrations; correction of homework exercises
Lecture  12	Prisms: Nomenclature; deviation produced, total internal reflection; etc..; curvature and spherical surfaces, sag formula
Lecture  13	Thick lenses, thick lens formula,  focal lengths, thick lens power, sphero-cylindrical lenses