NTRCA college written syllabus

• Analyze real world 
phenomena with the 
concept of nuclear physics , 
elementary particles and 
medical physics. 
 
• Formulate mathematical 
expression in relation to  
nuclear physics, elementary 
particles and medical 
physics. 
• Demonstrate the problem -
solving ability  regarding  
nuclear physics, elementary 
particles and medical 
physics. 
 
GM counter, Nuclear reactor and Nuclear power plant in 
Bangladesh. 
 
Elementary Particles:  General properties and 
classification of elementary particles,  Elementary 
particle quantum numbers,  different types of interaction 
and conservation laws,  Quarks Models, Field Boson; 
Unification of forces; Origin of the universe and The 
Big Bang; Ultimate fate of the universe, Dark matter. 
 
Physics in Medical science : Uses physics concepts and 
procedures in the prevention, diagnosis and treatment of 
disease: X-rays, Ultrasonography, MRI, CT Scan, ECG, 
ETT, Endoscopy, Radiography, Chemotherapy, 
Angiography, Precaution and care in using instruments 
in diagnosis. 
• Explain concept and terms  
regarding semiconductor, 
superconductor, diode and 
transistor. 
 
• Relate the concept with the 
real-life phenomenon  with 
the concept of 
semiconductor, 
superconductor, diode and 
transistor. 
 
• Design and analyze circuit 
with the concept of diode, 
transistor and integrated 
circuit. 
 
• Demonstrate the problem -
solving ability and evaluate 
related to the concept of 
semiconductor, 
superconductor, diode and 
transistor. 
Unit: Nine (Solid State Physics) 
 
 Semiconductor: Band theory, Types of 
Semiconductors, P -N Junction, B iasing, Diode 
Characteristics, Diode rectifi cation, LED, Photo -diode 
& Solar Cell. 
 
Transistor and its Applications:  Types of Transis tors, 
Transistor Configurations: CB, CE and CC 
configuration, Input and Output characteristics, 
Transistor as an amplifier and a switch, Integrated 
Circuit. 
 
Superconductivity: Basic properties of 
superconductors, Meissen effect, BCS theory of 
superconductivity.  
 
 
 
 
10 
 
• Explain concept and terms  
regarding logic gates, 
computer and laboratory 
work. 
 
• Relate the concept with the 
Unit: Ten (Computer fundamentals and 
Experimental physics) 
 
Fundamental concepts:  Boolean Algebra,  De 
Morgan’s theorem, Truth Tables, Basic logic operations 
and gates: OR, AND, and NOT, Universal gates: NAND 
and NOR, Complex gates: X -OR & X -NOR, 
 
10