Electric charges come in two types: (Positive) and (__________).

Protons carry a (positive) charge, while electrons carry a (__________) charge.

The smallest, fixed quantity of charge is the fundamental unit of charge, q, with a value of (__________).

Based on Coulomb's Law, like charges (__________), and opposite charges (__________).

Materials that allow electricity to pass through them with little resistance are called (__________).

Materials that do not allow electricity to pass through them easily are called (__________).

Materials with conductivity between conductors and insulators, using both electrons and (__________) to carry charge, are known as (__________).

Ohm's Law is expressed by the formula: V = I x (__________).

In this formula, V stands for voltage, I stands for current, and R stands for resistance.

Current and voltage are (__________) when resistance remains constant.

Current and resistance are (__________) when voltage remains constant.

Watt’s Law is used to calculate (__________) in a circuit, with the basic formula P=I×V.

Power is the rate at which (____) is done or energy is transferred in an electrical circuit.

Voltage is always a difference in electrical potential between (______).

The voltage at a single point measured relative to a common reference point (like ground) uses (___singlescript notation___).

Comparing voltages between any two specific points, without assuming a common reference, requires (___Doublescript notation___).

Kirchhoff’s Current Law (KCL) states that the sum of currents entering a junction must equal the sum of currents (___).

Kirchhoff’s Voltage Law (KVL) states that the sum of all voltage drops and rises in any (___) of a circuit is equal to zero.

Scenario: A temperature sensor circuit in a car is powered by a 12V battery. The circuit consists of three components in series: a current-limiting resistor (R1), the sensor itself (Rsensor), and a pull-down resistor (R2). You measure the voltage drop across R1 as 2V and the voltage drop across R2 as 4V. Problem: Use KVL to determine the voltage drop across the sensor (Vsensor). What is the voltage drop across the sensor (Vsensor)?

Scenario: A junction (node) on a semiconductor test board has four current paths. Currents I1=50mA and I2=120mA are entering the node. Current I3=80mA and an unknown current I4 are leaving the node. Problem: Use KCL to determine the magnitude and direction of the unknown current I4. What is the value and direction of I4?

A series circuit is characterized by having only (______) path for current flow.

The current (I) is (___) through every component in a series circuit.

The total equivalent resistance (Req) is calculated by

In a series circuit, the total source voltage (___) across the individual components in proportion to their resistance.

A parallel circuit provides (____) for current to flow.

The (____) is the same across all parallel branches and equal to the source voltage.

The total current in a parallel circuit (____) among the different branches, with lower resistance branches drawing more current.

The reciprocal of the total equivalent resistance (1/Req) is equal to the sum of the (____).

Adding more resistances in parallel (____) the overall equivalent resistance of the circuit.

Series-Parallel circuits are also known as (__combination circuits__).

To analyze these complex circuits, you must first break them down into simpler (___) and (____) sections.

To calculate the total resistance, you systematically reduce the circuit by finding the equivalent resistance of each small (____) group.

A common example of a bridge circuit is the (___Wheatstone bridge___).

The purpose of a Wheatstone bridge is often to measure an resistance.

A balanced bridge is achieved when the voltage drops on either side of the bridge connection are (___).

When the bridge is perfectly balanced, the current flowing through the central meter will be (__).

Scenario: A Wheatstone bridge is used to measure a subtle change in resistance of a strain gauge Rx due to mechanical stress. The bridge is balanced, meaning the galvanometer current is zero. The known resistors are R1 = 100Ω, R2 = 500Ω, and the adjustable resistor R3 is set to 2,500 Ω to achieve balance. Problem: Use the balanced bridge equation to determine the resistance of the strain gauge Rx. What is the value of Rx? A. 12,500 Ω B. 1,250 Ω C. 500 Ω D. 5,000 Ω

Fixed resistors have a set value, while (___) (like potentiometers or rheostats) allow the resistance to be adjusted during operation.

A (___) is a versatile tool used to measure voltage, current, and resistance.

To measure current, the multimeter is connected (___) with the circuit, but to measure voltage, it is connected (___) across the component.

An (___) is an electronic instrument that allows you to visualize how a signal behaves over time by plotting (___) on the y-axis and (___) on the x-axis.

Signal generators are used to create various waveforms, such as sine, square, triangle, and (___) waves.

Electrostatic Discharge (___) can permanently damage sensitive electronic components.

ESD protection equipment includes anti-static mats, anti-static bags, and (___Wrist Straps___).

A critical safety practice is to always (______) before connecting or making changes to a circuit.

Never work in (___) as moisture on your skin reduces its resistance and increases the risk of electrical hazards.