Level-1 curriculum will build your foundation in basic concepts of current and electricity topics and help you master the fundamentals of Kirchhoff's laws and Ohm's law in both theoretical and practical context.
The curriculum covers the following topics in depth: Charge, Battery, Voltage, Current, Resistance, LED, Multimeter, Resistors, Ohm's law, Series and Parallel Combination, Variable Resistors: Potentiometer, Preset and LDR, Switches, Capacitors.
The total curriculum consists of an array of 25 hands-on projects and activities with detailed reasoning and analysis. This will help you prepare your students better for the following units in AP Physics C, Electricity and Magnetism and AP Physics-1. The module is further complemented by Quiz-1 which comprises a mix of questions testing AP Physics standards, basic concepts and experimental acumen.
AP Physics C: Electricity and Magnetism
Unit |
Exam Weighting (Multiple-Choice Section) |
| Unit 1: Electrostatics | 26%–34% |
| Unit 2: Conductors, Capacitors, Dielectrics | 14%–17% |
| Unit 3: Electric Circuits | 17%–23% |
| Unit 8: Electric Charge and Electric Force | 4%–6% |
| Unit 9: DC Circuits | 6%–8% |
Level-1 curriculum will build your foundation in basic concepts of current and electricity topics and help you master the fundamentals of Kirchhoff's laws and Ohm's law in both theoretical and practical context.
The curriculum covers the following topics in depth: Charge, Battery, Voltage, Current, Resistance, LED, Multimeter, Resistors, Ohm's law, Series and Parallel Combination, Variable Resistors: Potentiometer, Preset and LDR, Switches, Capacitors.
The total curriculum consists of an array of 25 hands-on projects and activities with detailed reasoning and analysis. This will help you prepare your students better for the following units in AP Physics C, Electricity and Magnetism and AP Physics-1. The module is further complemented by Quiz-1 which comprises a mix of questions testing AP Physics standards, basic concepts and experimental acumen.
AP Physics C: Electricity and Magnetism
Unit |
Exam Weighting (Multiple-Choice Section) |
| Unit 1: Electrostatics | 26%–34% |
| Unit 2: Conductors, Capacitors, Dielectrics | 14%–17% |
| Unit 3: Electric Circuits | 17%–23% |
| Unit 8: Electric Charge and Electric Force | 4%–6% |
| Unit 9: DC Circuits | 6%–8% |
In addition to Level-I, Level-II will further diversify your knowledge into the field of analog electronics and foundations of electrical engineering.
Level-II curriculum covers the following topics in depth: Electromagnetism and Relay, Semiconductors, Diodes, Zener Diodes and Logic Gates.
Replete with 13 additional hands-on projects and activities with detailed reasoning and analysis, the module allows you to take Level II quiz which will further challenge your understanding of the concepts that you have read and experiments that you have performed while studying this module. This will help you prepare your students for a deeper understanding of Electrical Engineering 101 course taken at the college level.
In addition to Level-I, Level-II will further diversify your knowledge into the field of analog electronics and foundations of electrical engineering.
Level-II curriculum covers the following topics in depth: Electromagnetism and Relay, Semiconductors, Diodes, Zener Diodes and Logic Gates.
Replete with 13 additional hands-on projects and activities with detailed reasoning and analysis, the module allows you to take Level II quiz which will further challenge your understanding of the concepts that you have read and experiments that you have performed while studying this module. This will help you prepare your students for a deeper understanding of Electrical Engineering 101 course taken at the college level.
In addition to Levels-I and II, Level-III will focus on two important topics: DC Motors and Transistors (BJT). This module will further strengthen your knowledge in the field of analog electronics and Robotics.
Along with that, you further develop a more comprehensive understanding and application of physics laws including, EMI (Electromagnetic Induction) Lenz's law and Ohm's law and Kirchhoff's Laws (KCL and KVL) to analyze circuits using mathematical expressions.
Level-III comes with 18 hands-on projects and Level-III base quiz that stress on using a transistor in both active (as amplifier) and saturation (as switch) regions along with DC motor applications. Since most of the curriculum is application based, you will learn to use transistors in circuits and principles of motor selection including advanced applications such H-Bridge in robotics, Esaki Effect and Logic Gates.
In addition to Levels-I and II, Level-III will focus on two important topics: DC Motors and Transistors (BJT). This module will further strengthen your knowledge in the field of analog electronics and Robotics.
Along with that, you further develope a more comprehensive understanding and application of physics laws including, EMI (Electromagnetic Induction) Lenz's law and Ohm's law and Kirchhoff's Laws (KCL and KVL) to analyze circuits using mathematical expressions.
Level-III comes with 18 hands-on projects and Level-III base quiz that stress on using a transistor in both active (as amplifier) and saturation (as switch) regions along with DC motor applications. Since most of the curriculum is application based, you will learn to use transistors in circuits and principles of motor selection including advanced applications such H-Bridge in robotics, Esaki Effect and Logic Gates.
