I PU Bridge Course Test 01 - Exhaustive Study Guide

Test Overview and Administration Details- Year: I PU- Test Name: Bridge Course Test 01- Test Pattern: KCET- Test Date: 11th May 2026- Subjects Included: Physics, Chemistry, and Mathematics- Maximum Marks: $180$ Marks- Total Questions: $180$ Questions- Distribution of Questions: $60$ MCQs from each subject (Physics, Chemistry, Mathematics)- Marking Scheme:- Correct Answer: $+1$ mark- Incorrect Answer: $0$ marks (no negative marking)- Unattempted Questions: $0$ marks (no penalty)# Physics: Vectors- Scalar and Vector Quantities: Study of the fundamental differences between Scalar and Vector quantities.- Graphical Representation: Techniques for the graphical representation of a vector.- Vector Components and Definitions:- Position vector: Definition and representation.- Unit vector: Definition and mathematical application.- Scalar-Vector Interactions: Multiplication of scalars with vectors.- Vector Classifications: Comprehensive list of various Types of Vectors.- Laws of Vector Addition and Subtraction:- Triangle law of vector addition: Fundamental geometry-based problems.- Parallelogram law of vector addition: Fundamental geometry-based problems.- Polygon law of vector addition.- Vector Resolution: Processes for two-dimensional ($2D$) vector resolution, including general vector resolution and rectangular resolution.# Physics: Basic Mathematics- Geometry Equations and Graphs:- Equation and graph of a Straight line.- Equation and graph of a Parabola.- Equation and graph of a Circle.- Equation and graph of an Ellipse.- Algebra and Calculation Methods:- Binomial Expansion and corresponding methods for approximation.- Solution techniques for simultaneous equations.- Solution techniques for quadratic equations.# Chemistry: Elements, Molecules, and Ions- Atomic Structure and Identification:- Definition and determination of Atomic number and Mass number.- Preparation of a list of Elements from $Z = 1$ to $Z = 30$.- Comprehensive list of Polyatomic Cations and Polyatomic Anions.- Rules and methodology for Writing the Formula of chemical compounds.- Oxidation and Bonding Rules:- Definition of Oxidation number.- Specific rules for determining the oxidation number of atoms.- Introduction to Acids, bases, and salts.- The Octet rule of chemical stability.- Lewis Symbol for Elements for visual representation of valence electrons.- Molecular and Bonding Theory:- Analysis of Simple Molecules.- Types of primary bonds: Covalent bonds, Ionic bonds, and Coordinate bonds.- Distinction between Sigma ($\sigma$) Bonds and Pi ($\pi$) Bonds.- Hybridization states: Identifying $sp$, $sp^2$, and $sp^3$ hybridization.- Study and identification of various Functional Groups.# Mathematics- Coordinate Geometry: Comprehensive study of coordinate systems and geometric properties.- Logarithms: Rules, properties, and the mathematical application of logarithmic functions.