Cheshta Handa
Turning Physics into Fun || Concepts , Curiosity and Clear Understanding with diverse teaching methods
Loading...
Show all photos
Cheshta Handa
Masters degree
/ 55 min
Cheshta - your physics tutor
I am a dedicated and passionate Physics educator with a strong focus on concept-based learning and problem-solving. I hold a Bachelor of Technology degree from Guru Nanak Dev University and am currently pursuing a Master’s degree in Physics. My academic background has strengthened my analytical thinking and deep understanding of physics concepts. I have several years of teaching experience, both online and offline, where I have taught Physics to students from grade 8 to grade 12. I conduct interactive classes using digital tools such as presentations, simulations, and digital whiteboards to make learning engaging and easy to understand. My teaching style focuses on simplifying complex concepts using real-life examples and step-by-step problem-solving methods. I encourage students to ask questions and actively participate in discussions to build confidence and curiosity in the subject. My goal as a teacher is not only to help students perform well in exams but also to develop their conceptual understanding and critical thinking skills so they can apply physics in real-life situations. I am dedicated in giving my best service to help our students and nation grow !
Meet Cheshta
Cheshta graduated from Guru Nanak Dev University
Academic expertise of your physics tutor
Physics lab skills
Homework help
Australian Curriculum (AU)
Physics experiments
Advanced Placement (AP) Program (USA)
Visual learning
Career guidance
Real world application
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 physics class
Home schooled
Anxiety or Stress Disorders
ADHD
ASD
High School students
Learning Disabilities
Physics concepts taught by Cheshta
The Tutor and Student reviewed several key concepts in radiation physics, including absorbed dose, mean tissue absorbed dose, Kerma, and exposure. They discussed definitions, formulas, importance, and the relationships between these quantities, with practice problems and visual aids aiding comprehension. The next session is scheduled for Wednesday to continue covering material and practice concepts.
Absorbed Dose
Mean Tissue Absorbed Dose
Kerma (Kinetic Energy Released per Unit Mass)
Charged Particle Equilibrium (CPE)
The class covered foundational topics in radiation dosimetry, including photon flux, photon fluence, energy fluence, energy imparted, and absorbed dose. The tutor explained definitions, formulas, units, and the distinctions between related concepts like flux and fluence, and prepared the student for a test on the 22nd.
Energy Imparted
Absorbed Dose
Energy Fluence
Photon Flux vs. Photon Fluence
Radiation Dosimetry
The Tutor and Student explored the field of radiation dosometry, covering its definition, applications, and the fundamental principles of radiation interaction with matter. They discussed various types of ionizing radiation and key quantities used in measurement, including exposure and absorbed dose, with plans for further practice and covering remaining topics before an upcoming test.
Radiation Dosimetry
Types of Ionizing Radiation
Quantities in Dosimetry: Exposure
Quantities in Dosimetry: Absorbed Dose
The Tutor and Student explored concepts of special relativity, including frames of reference (inertial vs. non-inertial), time dilation (via the Twin Paradox), and length contraction. They practiced applying the length contraction formula through two detailed numerical problems, solving for velocity, and discussed future topics like quantum physics.
Inertial Frame of Reference
Non-Inertial Frame of Reference
Length Contraction
Twin Paradox
Pseudo-forces
The class covered physics concepts related to radiation attenuation, including half-value thickness and intensity reduction. The student practiced solving problems using various formulas and methods, with the tutor providing explanations and step-by-step guidance. Future sessions will cover photon flux and photon fluence, with new content to be provided by the student.
Half-Value Thickness (HVT) and Attenuation
Linear Attenuation Coefficient (μ)
Intensity Reduction Calculations
Mass Attenuation Coefficient
The Tutor and Student reviewed the mass attenuation coefficient and its components: photoelectric effect, Compton scattering, and pair production. They discussed the applications of these phenomena in radiation physics and medical imaging, as well as the concept of half-value thickness. The Tutor assigned practice problems and planned a test for the next session.
Half-Value Thickness (HVT)
Pair Production
Compton Scattering
Photoelectric Effect
Mass Attenuation Coefficient (μ/ρ)
Classroom tools used by physics tutor
Interactive 3D models
Digital Note taking
Digital whiteboard
Flashcards
Practice worksheets
Presentations
Quizzes
Physics tutors on Wiingy are vetted for quality
Every tutor is interviewed and selected for subject expertise and teaching skill.