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Zahid Bashir

Calculus & Algebra with an engaging & practical focus

4.8(98)

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Profile photo of Zahid, Mathematics tutor at Wiingy
Profile photo of Zahid, Mathematics tutor at Wiingy
Profile photo of Zahid, Mathematics tutor at Wiingy
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Zahid Bashir

Bachelors degree

/ 55 min

Rated 4.8 out of 5 stars.
★★★★★
Popular
Highly skilled & top-rated
98 ratings
Ratings

Zahid - Know your tutor

Hi there! I'm Zahid Bashir, a Mathematics tutor with a degree in civil engineering. My teaching philosophy focuses on making math fun and relatable to everyday life. I believe in personalized learning to cater to individual student needs. By using real-life examples and interactive activities, I ensure students are engaged and grasp concepts effectively. From Elementary School Math to AP Calculus, I'm here to support students at all levels. Let's make math an enjoyable journey together! Additionally, I've developed unique problem-solving strategies that have helped many students achieve their academic goals. Whether it's through one-on-one sessions or group workshops, I strive to inspire a love for mathematics in every learner. My experience in civil engineering also allows me to provide practical applications of mathematical principles, showing students the real-world relevance of what they learn. I am passionate about fostering a positive and encouraging learning environment. I utilize various teaching tools, including digital resources and hands-on activities, to cater to different learning styles. My goal is not only to improve grades but also to build confidence in my students, empowering them to tackle challenges independently.

Class overview

As a versatile tutor specializing in various levels of math, I engage with students through practical and motivating teaching methods. I aim to adapt to each student's unique learning style and provide the necessary support to excel in subjects like Algebra, Geometry, and Calculus. By incorporating whiteboarding techniques, I help students visualize concepts clearly and interact with the material directly, leading to significant improvements in their grades. Additionally, I use interactive math games and puzzles to make learning enjoyable and reinforce key concepts. For more complex topics, I utilize 3D models to aid in visualizing mathematical ideas. My adaptable and supportive approach ensures that students not only understand the material but also feel confident in their abilities to excel in math.

Zahid graduated from kurukshetra university

Zahid graduated from kurukshetra university

Specialities of your tutor

Homework help icon

Homework help

Practice Tests icon

Practice Tests

State-Specific Standards (USA) icon

State-Specific Standards (USA)

GCSE (UK) icon

GCSE (UK)

Problem Solving icon

Problem Solving

Concepts learning icon

Concepts learning

Provincial-specific curriculum (CA) icon

Provincial-specific curriculum (CA)

Australian Curriculum (AU) icon

Australian Curriculum (AU)

Project help icon

Project help

Math Tricks and Hacks icon

Math Tricks and Hacks

Advanced Placement (AP) Program (USA) icon

Advanced Placement (AP) Program (USA)

Quick Math Games icon

Quick Math Games

Meet Zahid

Interactive lessons

Mobile joining icon

Mobile joining

Pets are welcomed icon

Pets are welcomed

Chat for quick help icon

Chat for quick help

Parent feedback icon

Parent feedback

Note taking icon

Note taking

keyLearning

Mathematics concepts taught by Zahid

Student learned 4 days ago

The session covered kinematics problems, including sketching motion graphs and calculating position, velocity, and acceleration with constant acceleration. The Student practiced applying kinematic equations to various scenarios, including projectile motion. The tutor assigned additional problems related to the concepts covered.

Acceleration vs. Time Graphs

Velocity vs. Time Graphs and Constant Velocity

Kinematic Equations: v = u + at

Kinematic Equations: s = ut + ½at²

Finding Maximum Displacement

Unit Conversions: Miles per Hour to Feet per Second

Kinematic Equations: v² = u² + 2as

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Student learned 5 days ago

The Student and Tutor worked on kinematics problems, focusing on interpreting graphs of motion and calculating distance, displacement, velocity, and acceleration. The session involved sketching velocity-time graphs, using integrals to find distance, and differentiating between distance and displacement, especially when velocity changes sign. They are planning to continue working on the problem set in the next session.

Area Under the Curve (Integration)

Using Trigonometric Functions in Kinematics

Relating Position

Velocity

and Acceleration

Acceleration-Time Graphs and Integrals

Velocity-Time Graphs and Integrals

Distance vs. Displacement

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Student learned 7 days ago

The student practiced solving definite integral problems using u-substitution. They worked through a series of problems, focusing on techniques for simplifying integrals and correctly applying limits of integration. The session concluded with plans to complete the remaining exercises in the section for homework.

U-Substitution for Definite Integrals

Changing Limits of Integration

Dealing with √(1 - x) in Integrals

Integrating Trigonometric Functions with Substitution

Handling cot(x) in Integration

Natural Logarithms: logₑ(x) = ln(x)

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Student learned 9 days ago

The Student and Tutor reviewed thermodynamics problems, covering work done by ideal gases, internal energy changes, engine efficiency, and entropy changes. They practiced applying formulas and converting units. They also discussed plans to work on math for the next two sessions and then return to physics to cover chapters 13 and 14.

Engine Efficiency

PV Diagrams and Work Done

Entropy Change

Power Output

Internal Energy of Diatomic Gases

First Law of Thermodynamics

Work Done by an Ideal Gas

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Student learned 10 days ago

The Student and Tutor covered heat engines, thermal efficiency, heat pumps, entropy, and the second law of thermodynamics. The session included discussions on the limits of thermal efficiency, reversible and irreversible processes, and the relationship between entropy and the direction of time. The Student was assigned practice questions on these topics to prepare for the next session.

Thermal Efficiency

First Law of Thermodynamics

Second Law of Thermodynamics (Kelvin-Planck)

Heat Pumps and Refrigerators

Entropy

Second Law of Thermodynamics (Entropy)

Heat Engines

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Student learned 12 days ago

The Tutor and Student practiced integration using u-substitution with various example problems. They worked through problems involving polynomial, trigonometric, and logarithmic functions. The student was assigned additional problems for practice and will review them independently.

U-Substitution Method

Adjusting Constants in U-Substitution

Basic Integral Forms and Anti-derivatives

Integration of eˣ

Applying Reciprocal When Dividing by Fraction

Handling Square Roots in Integrals

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Student types for classes

ASD icon

ASD

Anxiety or Stress Disorders icon

Anxiety or Stress Disorders

All Levels icon

All Levels

Learning Disabilities icon

Learning Disabilities

College icon

College

Adult / Professional icon

Adult / Professional

Home schooled icon

Home schooled

School icon

School

Zahid also teaches

Elementary School Math

Elementary School Math

GCSE Maths

GCSE Maths

Geometry

Geometry

High School Math

High School Math

Middle School Math

Middle School Math

Probability

Probability

Teaching tools used by tutor

Practice worksheets image

Practice worksheets

Assessments image

Assessments

Quizzes image

Quizzes

Presentations image

Presentations

Digital whiteboard image

Digital whiteboard

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