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This document outlines the objectives, overview, and investigations for a lab session focusing on the understanding of AC circuits, including the behavior of resistors, capacitors, and inductors under
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How to fill out Lab 7 - AC Currents and Voltages

01
Gather all necessary materials: Lab manual, multimeter, oscilloscope, AC power supply, and relevant components.
02
Read the objectives of Lab 7 to understand what you will be measuring.
03
Set up the circuit as outlined in the lab manual, ensuring all connections are secure.
04
Use the multimeter to measure AC voltage across specific components according to the instructions.
05
Record the voltage readings in the designated table format in your lab report.
06
Connect the oscilloscope to visualize the AC waveform and note its characteristics.
07
Analyze the waveform to determine frequency, peak voltage, and RMS values.
08
Complete any calculations as instructed in the lab manual and summarize your findings.
09
Write a conclusion based on your experimental results.

Who needs Lab 7 - AC Currents and Voltages?

01
Students enrolled in electrical engineering or physics courses.
02
Individuals seeking to understand the principles of alternating current.
03
Technicians and engineers working with AC circuits.
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People Also Ask about

Alternating current (AC) is an electric current that periodically reverses direction and changes its magnitude continuously with time, in contrast to direct current (DC), which flows only in one direction.
Voltage (V) = The measure of potential energy of an electric field which causes an electric current in a conductor. Voltage is the "force” that causes current to flow. Standard US electrical utility power is 120 volts (alternating current), single phase, for most residential and commercial use.
In general, central air conditioners use between 15 and 45 amps based on how many tons they are, and about 240 volts. A central AC unit typically uses between 3,000 and 4,000 W, A central AC unit must be hard wired and have a dedicated circuit.
At Gordon's Powers, we know that alternating current is the standard form of electricity used in Australian domestic households. Your powerpoint outlets provides a power supply between 220-240V AC, 50 Hz.
An alternating current is produced by switching the potential between two terminals in a fixed time interval — the frequency. The difference in potential between the positive and negative terminal is expressed in volts.
However, the great majority of all AC voltages and currents change in magnitude and direction at predetermined rates. That is, an AC voltage rises to a maximum value, decreases from maximum to zero, then rises to maximum value of the opposite polarity, and again decreases to zero. It repeats this process continuously.
The voltage source of an alternating current (AC) system puts out V = Vo sin 2 πf t , where V is the voltage at time t, Vo is the peak voltage, and f is the frequency in hertz. In a simple circuit, I = V/ R and AC current is I = Io sin 2 πf t , where I is the current at time t, and Io = Vo / R is the peak current.
Voltage: Voltage is the force that makes electrons flow. It's a difference in potential energy between two different points in a circuit. Current: Current is the rate of the flow of electrons. It's measured in amperes, which are also called amps.

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Lab 7 - AC Currents and Voltages is a practical experiment designed to analyze and measure alternating current (AC) waveforms and their corresponding voltages in electrical circuits.
Students in electrical engineering or physics courses that cover AC circuit analysis are typically required to file Lab 7 - AC Currents and Voltages.
To fill out Lab 7, participants should record their observed AC current and voltage measurements, calculations related to waveform characteristics, and any analysis related to the results in the provided format.
The purpose of Lab 7 is to help students understand the behavior of AC circuits, including phase relationships, reactive components, and how to measure and interpret AC signals.
The report should include measured values of AC current and voltage, frequency, phase angles, calculations for impedance, and any graphical representations of AC waveforms.
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