Manjunath Bandi
Engineer turned to teacher equipped with strong fundamental and complex problem solving abilities. Let's get the learning started.
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Manjunath Bandi
Bachelors degree
/ 55 min
Manjunath - Know your tutor
I'm a post graduate engineer turned to teacher, with over two years of experience teaching school and +2 students in understanding Mathematics. Most of my engineerings studies have greatly helped me in understanding the fundamental of Mathematics and Physics which made me to take a leap towards teaching. The frequent use of complex calculations in credit courses have made me look at Mathematics as a puzzle more than as a subject. The numerous perspective of undestanding the very same thing is what makes this subject interesting for me. No matter whichever the way you choose, according to the fundamental you'll reach the same destination, just like any other puzzle game. I help students identify and realize theirs weak areas and analyze them in order to give the required solutions helping them proceed without hurdles. Most often it's not the memory power that will dominate but the logical reasoning and ability to solve the problem. That's exactly Maths should be interesting. Over the years, I have found right examples and right methods that will quickly help the students in understanding and arriving at the solutions. Learning Mathematics should be fun ljust like a puzzle game. Let's get the fun starred! Happy learning!
Meet Manjunath
Manjunath graduated from PES University, Bengaluru
Specialities of your tutor
Problem Solving
Practice Drills
Math Tricks and Hacks
Homework help
Mental Math
CoTutorAI modules
Summary
Podcast
Quiz
Learnings
Flashcard
Spotlight
Zero Risk Guaranteed
15-days refund
Free tutor swap
No cancel fee
1-yr validity
24/7 support
Student types for classes
High School students
College students
None of the above
Manjunath also teaches
Algebra
Algebra 2
Arithmetic
Calculus
Calculus 2
Calculus 3
Mathematics concepts taught by Manjunath
Introduction to Complex Numbers
Point-Slope Form of a Line
Properties of Parallel and Perpendicular Lines
Calculating the Slope (m)
Equation of a Straight Line: General Form
The tutor and student worked on solving various mathematical problems including rational equations, quadratic equations, and word problems involving triangles. They also practiced solving linear inequalities and understood the concept of absolute value in inequalities, with plans to revisit radical form and continue with more inequality problems.
Linear Inequalities
Absolute Value
Perimeter of Polygons
Quadratic Equations: Standard Form and Solving
Solving Rational Equations
The Tutor and Student worked through various algebra and coordinate geometry problems from a practice test. They covered graphing linear equations, finding x and y intercepts, applying the distance formula, understanding interval notation, and solving linear and quadratic equations. The Tutor assigned practice of these concepts for the next session.
Graphing Linear Equations
X and Y Intercepts
Distance Formula
Solving Linear Equations
Quadratic Equations & Factoring
The Tutor and Student reviewed the definition and representations of functions, including tabular, graphical, and relation diagrams. They focused on distinguishing between functions and relations, understanding that relations have a unique output for each input. Various function types like linear, quadratic, modulus, and exponential functions were also introduced.
Methods of Representing Functions
Pre-image and Image
Types of Functions Based on Expressions
Functions vs. Relations
The tutor and student reviewed exam feedback and then introduced the mathematical concept of functions. They defined functions as mathematical rules producing unique outputs from given inputs, explored notation and examples, and discussed domain, range, and graphical representation. The next session will involve plotting functions on a graph.
Definition of a Function
Basic Arithmetic as Functions
Notation and Representation
Domain and Range
The Tutor and Student began a new chapter on how atoms bond and form molecules, focusing on the exchange of electrons. They covered electron dot structures, the formation of ions by gaining or losing electrons, and the definition of ionic bonds. The Student practiced deriving chemical formulas from ion charges, and they plan to continue with metallic bonds in a future session after the Student's exam.
Formation of Ions (Cations & Anions)
Writing Chemical Formulas for Ionic Compounds
Ionic Bonds: Attraction & Compound Formation
Electron Dot Structures & Valence Electrons
Atomic Structure & Electron Energy Levels
Teaching tools used by tutor
Practice worksheets
Digital whiteboard
Math Games
Visualization & Exploration
Quizzes
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