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Recently completed AP Physics 1 classes
Recently completed classes in Norfolk, Chandler, Laredo
Soumya taught about 2 months ago
The Tutor and Student reviewed concepts related to Hooke's Law, work done by friction, and elastic potential energy. They practiced solving problems involving kinetic friction, angled forces, spring constants, and energy calculations. The session also clarified the conditions for Hooke's Law and the nature of elastic materials, with a plan to continue reviewing physics concepts.
Hooke's Law and Elasticity
Work Done by Friction
Newton's Third Law and Forces
Types of Energy and Their Transformations
Soumya taught about 2 months ago
The session covered key physics concepts including work, power, and energy. The tutor and student worked through problems related to work done by forces, net force, and the Work-Energy Theorem, and also reviewed calculations for power and horsepower. They planned to continue reviewing these topics as needed.
Work Done and Energy Transfer
Friction and Energy Dissipation
Mechanical Energy Conservation
Power and Rate of Work
Net Force and Acceleration
Soumya taught about 2 months ago
The student and tutor reviewed physics concepts related to work, force, and displacement. They practiced solving problems involving work done against gravity and friction on inclines, and analyzed scenarios like a car skidding to a stop. The next session will continue with these physics topics.
Work and Displacement
Work Done Against Gravity
Work
Force
and Angle
Work Done by Friction
Positive vs. Negative Work
Soumya taught 2 months ago
The Student and Tutor reviewed concepts related to equilibrium, torque, and tension, solving problems involving bungee jumping, ladders, diving boards, and chandeliers. They worked on identifying forces acting on objects and calculating torque, with an emphasis on not assuming equilibrium unless stated. A review of rotation concepts was suggested for the next session.
Equilibrium Conditions: Forces and Torques
Choosing a Pivot Point for Torque Problems
Calculating Torque
Torque and Friction
Equilibrium vs. Zero Velocity
Force Components and Maximum Tension
Soumya taught 2 months ago
The session included practice problems in both calculus and physics. In calculus, the Student worked on integration problems using u-substitution and integration by parts. In physics, the Student was introduced to the concept of torque and its calculation, including the effect of angles and lever arms, and reviewed rotational motion. The Student and Tutor scheduled a follow-up session to continue working on these problems.
Integration by Parts vs. U-Substitution
Simplifying Integrals with Algebraic Manipulation
Strategic U-Substitution Choices
Integration by Parts: Simplifying U selection
Torque Calculation and Lever Arms
Understanding the Line of Action in Torque Problems
Soumya taught 3 months ago
The session covered the fundamental theorem of calculus, u-substitution, and tabular integration. The Student practiced applying these techniques to solve various integration problems. The Tutor provided a dedicated presentation for review and scheduled a follow-up session for additional practice.
Definite Integrals
Indefinite Integrals
Fundamental Theorem of Calculus (Part 2)
The Derivative as the Inverse of the Integral
U-Substitution
Tabular Integration (DI Method)
Topics AP Physics 1 tutors help with
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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