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Soumya taught 11 days ago
The Tutor and Student reviewed circular motion problems, including calculating speed, tension in vertical circles, and conditions for water not spilling from a bucket. They also discussed projectile motion resulting from circular motion and gravitational forces at varying distances from Earth. The tutor provided diagrams to aid the student's understanding of these concepts, which were added to the drive.
Average Speed in Circular Motion
Frequency and Time Period Relationship
Centripetal Force in Vertical Circles
Projectile Motion After Circular Motion
Minimum Speed to Maintain Circular Path
Bicycle Leaning on Curves
Gravitational Field and Acceleration at Height
Soumya taught 14 days ago
The Student and Tutor worked through physics problems on circular motion, banked curves, centripetal force, and conical pendulums. They also discussed critical velocity and friction on banked curves, and applied related formulas to problem-solving. The Tutor assigned practice problems for further study.
Conical Pendulum: Force Analysis
Combining Static Friction and Normal Force on Inclined Plane
Relationship between Radius
Velocity
and Frequency in Circular Motion
Banked Curves and Critical Velocity
Centripetal Force and Friction
Soumya taught 16 days ago
The Student and Tutor worked on problems involving gravitational forces between multiple masses. The Student practiced calculating net gravitational force in one and two dimensions, including vector notation. The session involved correcting minor calculation errors and clarifying the vector form of the gravitational force equation.
Gravitational Force Calculation
Vector Addition of Gravitational Forces
Direction of Gravitational Force
Vector Form of Gravitational Force
Unit Vectors in Vector Form
Soumya taught 21 days ago
The session covered definite integrals, Riemann sums, and the fundamental theorem of calculus. The student worked on understanding the formula and applying it to example problems. The student also reviewed properties of integration and practiced solving related problems.
Accumulation Functions and Constant Differences
Integration as the Reverse of Differentiation
The Relationship Between a Function and Its Integral
Understanding 'dx' in Integration
Definite Integrals as Area Under a Curve
Fundamental Theorem of Calculus (Part 1)
Soumya taught about 1 month ago
The session focused on reviewing dynamics concepts, including Newton's laws and forces on inclined planes. The student worked through problems involving force components, friction, and tension in connected objects. The session concluded with plans to review kinematics slides to further prepare for quizzes.
Free Body Diagrams
Newton's Laws of Motion
Components of Forces on Inclined Planes
Static Friction
Tension in Ropes and Systems
Soumya taught about 1 month ago
The session involved solving a related rates calculus problem. The Student worked with the Tutor to understand the geometry, set up similar triangles, and apply differentiation to find the rate of change of the shadow's length. The session concluded with a discussion about scheduling future sessions.
Related Rates Problems
Similar Triangles in Related Rates
Implicit Differentiation
Constants vs. Variables
What’s covered in the AP Physics 1 course
All about AP physics 1
AP physics 1 is a college-level course by the College Board that builds a strong foundation for STEM fields like physics, engineering, and data science. The exam is held every May, and a high score could earn you college credit. The course covers Newtonian mechanics, work and energy, rotational motion, waves, and basic thermodynamics.
It’s challenging because you need to apply both physics concepts and math skills, especially in momentum, rotational dynamics, and real-world problem modeling. Strong algebra and trigonometry skills are essential. The AP physics 1 exam pass rate is among the lowest, with only 45.6% of students earning a 3 or higher
To prepare effectively, start 6–8 months before the exam. Focus on mastering key topics, practice problems on forces, kinematics, and simple harmonic motion, and use flashcards for formulas. Simulating exam conditions with timed tests and seeking help from teachers or online tutors can strengthen weak areas.
With consistent effort, you’ll build confidence and be ready to tackle the exam!
How can a tutor help you in AP physics 1 exam prep?
Understanding key physics concepts
An AP physics 1 tutor can break down complex topics like Newton’s Laws, rotational motion, and simple harmonic motion into easy-to-understand concepts.
They use real-world examples (e.g., explaining torque through a seesaw or momentum with car collisions) to help you connect theory to everyday life. AP physics 1 tutors also clarify doubts and strengthen your understanding of fundamental principles.
Assisting with lab work
An AP physics 1 tutor can guide you in planning experiments, collecting and interpreting data, and writing detailed reports that meet AP standards.
They can help you understand key lab concepts like error analysis, data representation, and applying the scientific method effectively.
Improving problem-solving and math skills
AP physics 1 tutors also reinforce core math skills like solving equations, working with vectors, and applying trigonometric identities to tackle physics problems.
They can teach problem-solving strategies, such as breaking down complex questions into manageable steps, using free-body diagrams, and applying the correct formulas.
AP physics 1 tutors can provide ample practice with kinematics, forces, and energy problems, helping you develop speed and accuracy.
Things to look for in an AP physics 1 tutor
Qualification and expertise
A strong AP physics 1 tutor should have at least a bachelor’s degree in physics or a related STEM field. Look for tutors with a solid understanding of AP physics 1 topics like rotational dynamics and simple harmonic motion. Look for tutors who have a high AP score themselves, which demonstrates familiarity with the exam format.
Student reviews and ratings
Look for tutors with consistently positive feedback, ideally with ratings of 4+ out of 5. Find reviews highlighting improvements in student performance, better understanding of complex topics (like circular motion or conservation of energy), and higher AP exam scores.
Teaching method
Before choosing a tutor, make sure that their teaching style aligns with your academic needs and goals. A great tutor uses a mix of conceptual explanations, real-world examples, and interactive problem-solving sessions.
They should emphasize mastering key concepts, applying formulas effectively, and using tools like free-body diagrams to enhance problem-solving skills.
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