ParallelCircuitComponentsconnected onmultiple pathssharing thesame voltage.DCMotorMotorrunning ondirect currentwith steadyrotation.IntegratedCircuit(IC)A tiny chipwith multiplecomponentsbuilt in.SchematicDiagramA map of howcircuit partsconnectusingsymbols.ACMotorMotor runningon alternatingcurrent, oftenmore efficientfor large loads.LED(LightEmittingDiode)A diode thatlights upwhen currentpassesthrough.TorqueThe twistingforce thatcausesrotation.DiodeLetscurrent flowin only onedirection.BlockDiagramA simplifiedflowchartshowingsystem partsand how theywork together.BinaryNumbersBase-2numbersusing only0 and 1PowerFormulaPower =(Torque ×RPM)/5252,relating speed,torque, andpower.OscilloscopeA screen toolthat graphsvoltagechangesover timeSeries-ParallelCircuitA combo ofseries andparallelsections inone circuit.TransistorActs as aswitch oramplifier forelectricalsignals.InductionMotorAC motorusingmagneticfields to spinits rotor.PulseWidthModulation(PWM)Rapid on/offswitching tocontrolpower orbrightness.RectifierConverts AC(alternatingcurrent) intoDC (directcurrent).Law ofConservationof ChargeTotal chargestaysconstant inan isolatedsystem.LogicGateElectronic“decisionmaker”performingBoolean logic(true/false).Kirchhoff’sCurrentLawTotal currententering ajunction equalsthe total currentleaving.PinoutA mapshowingwhat eachpin on a chipdoes.Kirchhoff’sVoltageLawTotal voltagearound a loopequals thesum ofvoltage drops.SeriesCircuitComponentsconnected end-to-end with thesame currentthrough each.HexadecimalNumbersBase-16numbersusing 0–9and A–F.OscillatorCircuitgenerating asteady signalor clockpulse.ParallelCircuitComponentsconnected onmultiple pathssharing thesame voltage.DCMotorMotorrunning ondirect currentwith steadyrotation.IntegratedCircuit(IC)A tiny chipwith multiplecomponentsbuilt in.SchematicDiagramA map of howcircuit partsconnectusingsymbols.ACMotorMotor runningon alternatingcurrent, oftenmore efficientfor large loads.LED(LightEmittingDiode)A diode thatlights upwhen currentpassesthrough.TorqueThe twistingforce thatcausesrotation.DiodeLetscurrent flowin only onedirection.BlockDiagramA simplifiedflowchartshowingsystem partsand how theywork together.BinaryNumbersBase-2numbersusing only0 and 1PowerFormulaPower =(Torque ×RPM)/5252,relating speed,torque, andpower.OscilloscopeA screen toolthat graphsvoltagechangesover timeSeries-ParallelCircuitA combo ofseries andparallelsections inone circuit.TransistorActs as aswitch oramplifier forelectricalsignals.InductionMotorAC motorusingmagneticfields to spinits rotor.PulseWidthModulation(PWM)Rapid on/offswitching tocontrolpower orbrightness.RectifierConverts AC(alternatingcurrent) intoDC (directcurrent).Law ofConservationof ChargeTotal chargestaysconstant inan isolatedsystem.LogicGateElectronic“decisionmaker”performingBoolean logic(true/false).Kirchhoff’sCurrentLawTotal currententering ajunction equalsthe total currentleaving.PinoutA mapshowingwhat eachpin on a chipdoes.Kirchhoff’sVoltageLawTotal voltagearound a loopequals thesum ofvoltage drops.SeriesCircuitComponentsconnected end-to-end with thesame currentthrough each.HexadecimalNumbersBase-16numbersusing 0–9and A–F.OscillatorCircuitgenerating asteady signalor clockpulse.

Applied Engineering 1A Quiz 4 Review - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. Components connected on multiple paths sharing the same voltage.
    Parallel Circuit
  2. Motor running on direct current with steady rotation.
    DC Motor
  3. A tiny chip with multiple components built in.
    Integrated Circuit (IC)
  4. A map of how circuit parts connect using symbols.
    Schematic Diagram
  5. Motor running on alternating current, often more efficient for large loads.
    AC Motor
  6. A diode that lights up when current passes through.
    LED (Light Emitting Diode)
  7. The twisting force that causes rotation.
    Torque
  8. Lets current flow in only one direction.
    Diode
  9. A simplified flowchart showing system parts and how they work together.
    Block Diagram
  10. Base-2 numbers using only 0 and 1
    Binary Numbers
  11. Power = (Torque × RPM)/5252, relating speed, torque, and power.
    Power Formula
  12. A screen tool that graphs voltage changes over time
    Oscilloscope
  13. A combo of series and parallel sections in one circuit.
    Series-Parallel Circuit
  14. Acts as a switch or amplifier for electrical signals.
    Transistor
  15. AC motor using magnetic fields to spin its rotor.
    Induction Motor
  16. Rapid on/off switching to control power or brightness.
    Pulse Width Modulation (PWM)
  17. Converts AC (alternating current) into DC (direct current).
    Rectifier
  18. Total charge stays constant in an isolated system.
    Law of Conservation of Charge
  19. Electronic “decision maker” performing Boolean logic (true/false).
    Logic Gate
  20. Total current entering a junction equals the total current leaving.
    Kirchhoff’s Current Law
  21. A map showing what each pin on a chip does.
    Pinout
  22. Total voltage around a loop equals the sum of voltage drops.
    Kirchhoff’s Voltage Law
  23. Components connected end-to-end with the same current through each.
    Series Circuit
  24. Base-16 numbers using 0–9 and A–F.
    Hexadecimal Numbers
  25. Circuit generating a steady signal or clock pulse.
    Oscillator