NTRCA college written syllabus

E:\NTRCA\Exam\17th Exam'20\Written\Syllabus\Written_College level_17th Exam-2020 (1-52 code) (Main).doc    19 
Assessment Targets 
The candidates will be 
able to … 
                           Contents Marks 
 formulate 
mathematical 
expression in relation 
to nuclear and bio  
physics. 
 
 Justify the importance 
of concept  and 
applications regarding 
nuclear and bio 
physics. 
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, and Laser Surgery. 
Precaution and care in using instruments in diagnosis. 
 explain concept and 
terms regarding 
semiconductor, 
superconductor, diode 
and transistor. 
 
 apply 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 
 
Semiconductor: Band Theory, Types of 
Semiconductors, Diode and its Applications: p -n 
junction, biasing, Diode Characteristics, Di ode 
rectification, Zener voltage regulator,  LED, 
Photodiode & Solar Cell . 
 
Transistor and its Applications:  Types of 
Transistors, Transistor Configurations -CB, CE and 
CC configuration, Input and Output characteristics, 
Transistor as an amplifier and a swit ch, Integrated 
Circuit. 
 
Superconductivity: Basic properties of 
superconductors, Meissner effect, BCS theory of 
superconductivity.  
 
 
 
 
10 
 
 explain concept and 
terms regarding logic 
gate and programming.  
 
 apply the concept with 
the real -life 
phenomenon w ith the 
concept of logic 
circuits and 
programming.  
Unit: Ten 
 
Digital Electronics : B oolean Algebra; Truth Tables, 
Basic logic operations and gates: OR, AND, and 
NOT, Universal gates: NAND and NOR, Complex 
gates: X -OR & X -NOR, De Morgan’s theorem. 
Universality of NAND and NOR Gates. Design of a 
Half and Full Adder. 
 
Basic Programming in Ph ysics: Overview of 
 
10