AP Physics 1

Instructor: Prateek

Language: English

Max Viewing Hours: 10 Hours

$300

Description
Course Content
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Thank you for landing on the AP Physics 1 Course Page. All the courses are delivered by Subject Experts with over 5+ years of experience and after a detailed analysis of previous year papers and syllabus.

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This is the course structured as per the revised curriculum for AP Physics 1 .Please find the course syllabus module on the Course Contents Tab above.

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	One dimensional motion
		Introduction to physics \| One-dimensional motion \| Physics \|
		Intro to vectors & scalars \| One-dimensional motion \| Physics \|
		Distance and displacement introduction \| One-dimensional motion \| AP Physics 1 \|
		Distance and displacement in one dimension \| One-dimensional motion \| AP Physics 1 \|
		Position-time graphs \| One-dimensional motion \| AP Physics 1 \|
		Worked example: distance and displacement from position-time graphs \| AP Physics 1 \|
		Average velocity and speed worked example \| One-dimensional motion \| AP Physics 1 \|
		Instantaneous speed and velocity \| One-dimensional motion \| Physics \|
		Why distance is area under velocity-time line \| Physics \|
		Acceleration \| One-dimensional motion \| Physics \|
		Choosing kinematic equations \| One-dimensional motion \| AP Physics 1
		Airbus A380 take-off time \| One-dimensional motion \| Physics \|
		Airbus A380 take-off distance \| One-dimensional motion \| Physics \|
		Plotting projectile displacement, acceleration, and velocity \|
		Impact velocity from given height \| One-dimensional motion \| Physics \|
	Two-dimensional motion
		Visualizing vectors in 2 dimensions \| Two-dimensional motion \| Physics \|
		Projectile motion graphs \| Two-dimensional motion \| AP Physics 1 \|
		Horizontally launched projectile \| Two-dimensional motion \| Physics \|
		Projectile at an angle \| Two-dimensional motion \| Physics \|
		Optimal angle for a projectile part 1: Components of initial velocity \|
	Forces and Newton's laws of motion
		Types of forces and free body diagrams \| AP Physics 1 \|
		Newton's first law of motion \| Forces and Newton's laws of motion \| Physics \|
		Newton's first law of motion concepts \| Physics \|
		Newton's second law of motion \| Forces and Newton's laws of motion \| Physics \|
		More on Newton's second law \| Physics \|
		Newton's third law of motion \| Forces and Newton's laws of motion \| Physics \|
		More on Newton's third law \| Forces and Newton's laws of motion \| Physics \|
		Breaking down forces for free body diagrams \| AP Physics 1 \|
		Free body diagram with angled forces: worked example \| AP Physics 1 \|
		Inclined plane force components \| Forces and Newton's laws of motion \| Physics \|
		Ice accelerating down an incline \| Forces and Newton's laws of motion \| Physics \|
		Intuition on static and kinetic friction comparisons \| Physics
		Static and kinetic friction example \| Forces and Newton's laws of motion \| Physics \|
	Uniform Circular Motion and Gravitation
		Angular motion variables \| Moments, torque, and angular momentum \| Physics \|
		Distance or arc length from angular displacement \| AP Physics 1 \|
		Angular velocity and speed \| Uniform circular motion and gravitation \| AP Physics 1
		Connecting period and frequency to angular velocity \| AP Physics 1 \|
		Radius comparison from velocity and angular velocity: Worked example \| AP Physics 1 \|
		Linear velocity comparison from radius and angular velocity: Worked example \|
		Change in period and frequency from change in angular velocity: Worked examples \|
		Race cars with constant speed around curve \| Physics \|
		Visual understanding of centripetal acceleration formula \| Physics \|
		Deriving formula for centripetal acceleration from angular velocity \| AP Physics 1 \|
		Change in centripetal acceleration from change in linear velocity and radius: Worked examples
		Introduction to centripetal force \| AP Physics 1 \|
		Identifying centripetal force for ball on string \| AP Physics 1 \|
		Identifying centripetal force for cars and satellites \| AP Physics 1 \|
		Identifying force vectors for pendulum: Worked example \| AP Physics 1 \|
		Introduction to gravity \| Centripetal force and gravitation \| Physics \|
		Gravity for astronauts in orbit \| Centripetal force and gravitation \| Physics \|
		Would a brick or feather fall faster? \| Physics \|
		Acceleration due to gravity at the space station \| Physics \|
		Space station speed in orbit \| Centripetal force and gravitation \| Physics \|
		Impact of mass on orbital speed \| AP Physics 1 \|
	Work and Energy
		Work example problems \| Work and energy \| Physics
		Work as area under curve \| Work and energy \| Physics \|
		Work and the work-energy principle \| Physics \|
		Conservative forces \| Work and energy \| Physics \|
		Intro to springs and Hooke's law \| Work and energy \| Physics \|
		Potential energy stored in a spring \| Work and energy \| Physics \|
		Law of conservation of energy \| Work and energy \| AP Physics 1
		LOL diagrams \| Work and energy \| Physics \|
		Power \| Work and energy \| Physics \|
	Linear momentum and collisions
		Introduction to momentum \| Impacts and linear momentum \| Physics \|
		Force vs. time graphs \| Impacts and linear momentum \| Physics \|
		Bouncing fruit collision example \| Impacts and linear momentum \| Physics \|
		Momentum: Ice skater throws a ball \| Impacts and linear momentum \| Physics \|
		Elastic and inelastic collisions \| Impacts and linear momentum \| Physics \|
		Center of mass \| Impacts and linear momentum \| Physics \|
	Torque and Angular momentum
		Angular motion variables \| Moments, torque, and angular momentum \| Physics \|
		Relating angular and regular motion variables \| Physics \|
		Relating angular and regular motion variables \| Physics \|
		Introduction to torque \| Moments, torque, and angular momentum \| Physics \|
		Finding torque for angled forces \| Physics \|
		Rotational version of Newton's second law \| Physics \|
		Rotational kinetic energy \| Moments, torque, and angular momentum \| Physics \|
		Rolling without slipping problems \| Physics \|
		Angular momentum \| Moments, torque, and angular momentum \| Physics \|
		Conservation of angular momentum \| Torque and angular momentum \| AP Physics 1 \|
		Ball hits rod angular momentum example \| Physics
		Gravitational potential energy at large distances \| AP Physics 1 \|
	Simple Harmonic Motion
		Intuition about simple harmonic oscillators \| Physics
		Definition of Amplitude and Period \| Physics \|
		Equation for simple harmonic oscillators \| Physics \|
		Period dependence for mass on spring \| Physics
		Pendulums \| Oscillations and mechanical waves \| Physics \|
		Energy graphs for simple harmonic motion \| Simple harmonic motion \| AP Physics 1 \|
	Waves and Sound
		Introduction to waves \| Mechanical waves and sound \| Physics \|
		Amplitude, period, frequency and wavelength of periodic waves \| Physics \|
		Wave interference \| Mechanical waves and sound \| Physics \|
		Standing waves on strings \| Physics \|
		Production of sound \| Mechanical waves and sound \| Physics \|
		Sound Properties (Amplitude, Period, Frequency, Wavelength) \| Physics \|
		Speed of Sound \| Mechanical waves and sound \| Physics \|
		Standing waves in open tubes \| Mechanical waves and sound \| Physics \|
		Standing waves in closed tubes \| Mechanical waves and sound \| Physics \|
		Beat frequency \| Physics \|
		Introduction to the doppler effect \| Mechanical waves and sound \| Physics \|
	Electric Charge and Electric Force
		Triboelectric effect and charge \| Physics
		Conservation of Charge \| Electric charge, electric force, and voltage \| Physics \|
		Conductors and Insulators \| Physics \|
		Coulomb's Law \| Electrostatics \| Electrical engineering \|
	DC Circuits
		Introduction to circuits and Ohm's law \| Circuits \| Physics \|
		Resistivity and conductivity \| Circuits \| Physics \|
		Electric power \| Circuits \| Physics \|
		Kirchhoff's current law \| Circuit analysis \| Electrical engineering \|
		Kirchhoff's voltage law \| Circuit analysis \| Electrical engineering \|
		Series resistors \| Circuit analysis \| Electrical engineering
		Parallel resistors (part 1) \| Circuit analysis \| Electrical engineering \|
		Parallel resistors (part 2) \| Circuit analysis \| Electrical engineering \|
		Parallel resistors (part 3) \| Circuit analysis \| Electrical engineering \|
		Voltmeters and Ammeters \| Circuits \| Physics \|
		Current through resistor in parallel: Worked example \| DC Circuits \| AP Physics 1 \|
		Current due to closing a switch: worked example \| DC Circuits \| AP Physics 1 \|
	AP concept review and free response questions
		AP Physics 1 review of 1D motion \| Physics
		AP Physics 1 review of 2D motion and vectors \| Physics \|
		AP Physics 1 review of Forces and Newton's Laws \| Physics \|
		AP Physics 1 review of Centripetal Forces \| Physics \|
		AP Physics 1 review of Energy and Work \| Physics \|
		AP Physics 1 review of Momentum and Impulse \| Physics
		AP Physics 1 review of Torque and Angular momentum \| Physics \|
		AP Physics 1 review of Waves and Harmonic motion \| Physics \|
		AP Physics 1 Review of Charge and Circuit \| Physics \|
		2015 AP Physics 1 free response 1a
		2015 AP Physics 1 free response 1
		2015 AP Physics I free response 2 a and b
		2015 AP Physics 1 free response 2 c and d
		2015 AP Physics 1 free response 3a
		2015 AP Physics 1 free response 3b
		2015 AP Physics 1 free response 3c
		2015 AP Physics 1 free response 3d
		2015 AP Physics 1 free response 4
		2015 AP Physics 1 free response 5

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AP Physics 1

$300