Bipin Babu
Experienced tutor helping for grade improvement
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Bipin Babu
Masters degree
/ 55 min
Bipin graduated from National Institute of Technology Srinagar


Specialities of your tutor
Problem Solving
Mental Math
Learning Plans
Quick Math Games
Test prep strategies
AI modules
Summary
Podcast
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Learnings
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Student types for classes
Elementary School students
High School students
Middle School students
ADHD
Home schooled
Bipin also teaches
Algebra
Algebra 2
Arithmetic
Calculus
Calculus 2
Elementary School Math

Mathematics concepts taught by Bipin
The tutor and student extensively reviewed concepts in electrostatics, including charge transfer, electric fields, Coulomb's Law, and vector addition. They analyzed Millikan's oil drop experiment to understand charge quantization and the elementary charge. Future sessions are planned to continue these topics.
Electrostatic Charge and Attraction
Electric Fields and Forces
Quantization of Charge and Millikan's Oil Drop Experiment
Newton's Laws and Vector Nature of Physics
The tutor and student reviewed the physics concept of conservation of momentum, including its definition, vector nature, and its relationship to Newton's second law. They worked through one-dimensional and two-dimensional collision and explosion problems, and discussed the role of external versus internal forces. The student also sought guidance on her aptitude for teaching physics.
Newton's Second Law and Momentum
Internal vs. External Forces
Momentum in Two Dimensions
Conservation of Momentum
Momentum
The session covered the introductory concepts of electrostatics, including the definition of electrostatics, the properties of electric charge, and Coulomb's Law. The tutor and student also discussed electric fields, quantization of charge, and electric field strength, concluding with a practice problem on calculating electric field strength. The student will prepare notes for a future teaching demonstration.
Electrostatics: Definition and Core Principles
Electric Field Strength and its Relation to Charge
Coulomb's Law: The Force Between Charges
The student and tutor worked through a physics problem involving hammer throw mechanics. They calculated the force exerted in the throw by analyzing projectile motion and centripetal force, and discussed ways to make these abstract concepts relatable to students. The next session was scheduled for Wednesday.
Centripetal Force and Motion
Range of a Projectile
Projectile Motion Basics
Force and its Effects
The class reviewed concepts of circular motion, including centripetal force and its relationship to velocity and radius. They applied these principles to solve physics problems related to sports, such as the hammer throw and a player rounding a base, and discussed the role of friction in maintaining circular paths. The tutor offered to review vector addition in the next session.
Uniform Circular Motion
Projectile Motion
Force and Newton's Laws
Application of Physics in Sports: Hammer Throw
The Tutor and Student reviewed projectile motion, covering its two-dimensional nature, the role of gravity, and the derivation of key formulas for time of flight, maximum height, and horizontal range. They also discussed vector addition and its geometric representation. The Tutor planned to send notes and address any further doubts.
Kinematic Equations in Projectile Motion
Maximum Height and Time of Flight
Vectors and their Addition
Projectile Motion Fundamentals
Teaching tools used by tutor
Math Games
Presentations
Solvers & Calculators
Practice worksheets
Lesson Planner

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