Akademik Dersler - Tanıtım

Last Updated: 27/06/2013

Code - Course Title	Compulsory/Elective	Laboratory + Practice	ECTS
FİZ105 - Physics I	II. SEMESTER	4 +0	6.0

Language of Instruction	Türkçe
Course Type	Required Courses
Course Instructor(s)	DOÇ. DR. NİHAL KUŞ, ÖĞR. GÖR. DR. YEŞİM FATMA GÜRCAN
Mode of Delivery	The mode of delivery of this course is Face to face
Place of Delivery
Used Educational Platforms
Prerequisites	There is no prerequisite or co-requisite for this course.
Courses Recomended	This course is recommended that students also receive FİZ107 Physics Laboratory I course.
Recommended Resources	The instructor will provide a course pack(bulk pack) with all suggested readings
Work Placement	N/A
Aims of the Course

Weeks	Learning Outcomes	Topics	Teaching Methods
Week - 1		Physics and Measurement: a) Standards of length, mass and time b) Dimensional analysis. c) Significant figures
Week - 2		Vectors: a) Coordinate systems b) Vectoral and scalar quantities c) Some properties of vectors d) Components of a vector and unit vectors e) Multiplication of two vectors
Week - 3		Motion in one dimension: a) Position, velocity and speed b) Instantaneous velocity and speed c) Acceleration d) Motion in one dimension with constant acceleration e) Freely falling objects
Week - 4		Motion in two dimensions a) The position, velocity and acceleration vectors b) Two-dimensional motion with constant acceleration c) Projectile motion d) Uniform circular motion e) Tangential and radial acceleration f) Relative velocity and relative acceleration
Week - 5		The Laws of Motion: a) The concept of force b) Newton's first law and inertial frames c) Mass d) Newton's second law e) Newton's third law f) Some applications of Newton's laws g) Forces of friction
Week - 6		The Laws of Motion: a) The concept of force b) Newton's first law and inertial frames c) Mass d) Newton's second law e) Newton's third law f) Some applications of Newton's laws g) Forces of friction
Week - 7		Work and Kinetic Energy: a) Work done by a constant force b) Work done by a variable force c) Kinetic energy and theorem of work-kinetic energy d) Power
Week - 8		Potential Energy and Conservation Of Energy a) Potential energy b) Conservative and nonconservative forces c) Conservative forces and potential energy d) Conservation of mechanical energy e) Work done by nonconservative forces
Week - 9		Linear Momentum and Collisions: a) Linear momentum and conservation of linear momentum b) Impuls and momentum c) Collisions d) Elastic and inelastic collisions in one dimension e) Collisions in two dimensions f) Center of mass g) Motion of a system of particles
Week - 10		Rotation of a Rigid Object About a Fixed Axis a) Angular position, velocity and acceleration b) Rotational kinematics: rotational motion with constant angular acceleration c) Angular and linear quantities d) Rotational kinetic energy e) Calculation of moments of inertia
Week - 11		Rotation of a Rigid Object About a Fixed Axis (Continues): f) Torque g) Relation between torque and angular acceleration h) Work, power and energy in rotational motion
Week - 12		Rotation of a Rigid Object About a Fixed Axis (Continues): f) Torque g) Relation between torque and angular acceleration h) Work, power and energy in rotational motion
Week - 13		Rolling Motion and Angular Momentum a) Rolling motion of a rigid object b) Angular momentum of a particle c) Angular momentum of a rotating rigid object d) Conservation of angular momentum
Week - 14		Static Equilibrium a) The Conditions for equilibrium b) Center of gravity c) Examples to rigid objects in static equilibrium

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Assessment Method and Passing Requirements
	Quamtity	Percentage (%)
1.Midterm Exam	1	25
Final Exam	1	50
2.Midterm Exam	1	25
Toplam (%)		100