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Faculty of Pharmacy

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5th Year<br />

Fall Semester<br />

Code Course T/P hr/week Total ECTS<br />

Teo Pra Credit<br />

ECZ506- ***IIInd Group Elective<br />

P 10 - 10 10<br />

551 Courses (In the fields <strong>of</strong><br />

Industry/Hospital/Community<br />

<strong>Pharmacy</strong>)<br />

ECZ501 Graduation Project Course T 3 - 3 8<br />

ECZ503 Graduation Project Application P - 12 12 12<br />

Course<br />

Total 15 12 25 30<br />

*** A total <strong>of</strong> 10 ECTS credits are required from this group.<br />

Spring Semester<br />

Code Course T/P hr/week Total ECTS<br />

Teo Pra Credit<br />

ECZ502 Graduation Project Course T 3 - 3 5<br />

ECZ502 Graduation Project P - 12 12 10<br />

ECZ504 Training P 1 14 15 15<br />

Total 4 26 30 30<br />

Total ECTS credits: 300<br />

Course Description <strong>of</strong> the Obligatory Courses<br />

(FIZ131) PHYSICS (T)<br />

HOUR/WEEK : 2, ECTS: 4<br />

Measurement in Physics (Physical magnitude, standards, unit systems),vectors(addition and<br />

multiplication), Motion along a line(Velocity, acceleration, freely falling), dynamic <strong>of</strong> particle<br />

I,II,(Newton’s Law, frictionless and frictional motion),Work and Energy (Work- Energy Theorem,<br />

Power), The Energy Conservation Law (Potential Energy, Kinetic Energy, Conservation <strong>of</strong> total<br />

Energy), dynamic <strong>of</strong> particle systems (Mass center, linear momentum and it is conservation) and<br />

collision, Charge and matter (Coulemb’s Law, Electrical Charge Conservation), Electric Field (E)<br />

(Calculation <strong>of</strong> Electric Field, Point Charge in a Electric Field), Electric Potential (Potential and<br />

Potential Energy realizing to groups <strong>of</strong> point charge), Capacitors and Dielectrics(Calculation <strong>of</strong><br />

capacitance, capacitance in the dielectric Media), Electric Circuits(Current and Potential Calculations<br />

in a single and Multiloop circuit), Magnetic Field (Bdefined, Magnetic Force on a current-carrying<br />

conductor) subjects are involved.<br />

(MAT123) MATHEMATICS (T)<br />

HOUR/WEEK : 2, ECTS : 5

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