This course deals with daily life Physics situations.
- BCM Teacher: Smitha Joseph
This course deals with study on electricity and magnetism.
- BCM Teacher: Smitha Joseph
This course in “Essential Mathematics for Physicists” offers an exploration of fundamental mathematical concepts, emphasizing vectors, matrices, and vector algebra, providing students with essential tools for advanced studies in physics. Through rigorous instruction, students develop proficiency in mathematical techniques crucial for solving complex problems encountered in various branches of physics.
- BCM Teacher: Tinu Ann Jose
The course "Principles of Mechanics" (Course Code: MG3DSCPHY200) encompasses fundamental concepts in classical mechanics, including Newton's laws, motion under various forces, conservation laws, and oscillatory motion.
- BCM Teacher: Smitha Joseph
This is a Vth semester course.
- BCM Teacher: Elizabeth V John
To enable the student to master the C++ basics, understand the C++ programming tool and apply it to write moderately difficult programs and to debug for logical and syntax errors.
COURSE OUTCOMES
1. To define the fundamental C++ syntax, including variables, data types, and basic operators. (U)
2. To discuss the key control flow structures in C++ such as if statements, loops, and functions. (U)
3. To explain the concept of object-oriented programming and basic principles of classes and objects in C++ (U)
4. To develop and implement C++ programs to solve simple computational problems using appropriate data structures and control flow. (A, AN, C)
5. To debug the logical errors and syntax problems. (S, AN)
6. To develop simple to moderately complex C++ programs. (S, C)
7. To implement C++ programming basics to physical problems. (A,C)
- BCM Teacher: Elizabeth V John