"Electricity Jeopardy: Understanding Amperage, Voltage, and Resistance"
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Dive into the exciting world of electricity with this interactive game inspired by Jeopardy! Test your knowledge on key electrical concepts, including amperage, voltage, and resistance. Each question challenges players to connect theory with practical applications, making complex topics engaging and fun. From measuring current to understanding Ohm's Law, this game is perfect for students and enthusiasts alike. Whether you're a novice or a seasoned expert, you'll enjoy this dynamic learning experience!
"Electricity Jeopardy: Understanding Amperage, Voltage, and Resistance"
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Presentation Transcript
Jeopardy! • Cloudy with a chance of Amperage 2 • The Hunger Games: Electric Fire • Last • Voltas • Ohmender’sGame Thor: The Dark Watts • Q $100 • Q $100 • Q $100 • Q $100 • Q $100 • Q $200 • Q $200 • Q $200 • Q $200 • Q $200 • Q $300 • Q $300 • Q $300 • Q $300 • Q $300 • Q $400 • Q $400 • Q $400 • Q $400 • Q $400 • Q $500 • Q $500 • Q $500 • Q $500 • Q $500 • Final Jeopardy
Main Board • Answer $100 Question from Cloudy with a chance of Amperage • A ____________ is a charge that is not moving • Main Board
Main Board $100 Answer from Cloudy with a chance of Amperage • Static
Main Board • Answer $200 Question from Cloudy with a chance of Amperage • What unit is used to measure current (Shortened and Long Version)?
Main Board $200 Answer from Cloudy with a chance of Amperage • Amps or Amperes
Main Board • Answer $300 Question from Cloudy with a chance of Amperage • When current can pass through both a thin wire and a thicker wire, which would have less resistance? Why?
Main Board $300 Answer from Cloudy with a chance of Amperage • Big wire, means the larger space, the more current we can have.
Main Board • Answer $400 Question from Cloudy with a chance of Amperage • The complete definition of Amperage is?
Main Board $400 Answer from Cloudy with a chance of Amperage • The amount of charge that passes through a wire in a unit of time
Main Board • Answer $500 Question from Cloudy with a chance of Amperage • Fill in the Blanks: • When Amperage ___ then Resistance _____ • And _ _ _ _ _ _ _ _ _
Main Board $500 Answer from Cloudy with a chance of Amperage • When Amperage increases then Resistance decreases • And Vice Versa
Main Board • Answer $100 Question from Last Voltas • The unit of measure for Voltage is _____________
Main Board $100 Answer from Last Voltas • Volts
Main Board • Answer $200 Question from Last Voltas • An Electric Circuit must be __________ to work.
Main Board $200 Answer from Last Voltas • Complete
Main Board • Answer $300 Question from Last Voltas • A ______________ is required for Voltage to carry a current in a circuit.
Main Board $300 Answer from Last Voltas • Voltage Source
Main Board • Answer $400 Question from Last Voltas • How is Voltage like a rollercoaster?
Main Board $400 Answer from Last Voltas • High potential energy from the top, lower as it goes down - Electricity has high potential at the Power Plant, moves away from high concentration
Main Board • Answer $500 Question from Last Voltas
Main Board $500 Answer from Last Voltas • Series Circuit - Lights in a line, get dimmer • Parallel - Multiple paths for electricity to take, one light on one light off.
Main Board • Answer $100 Question from Ohmender's Game • This is the unit of measure for Resistance, and it's Symbol.
Main Board $100 Answer from Ohmender's Game • Ohm’s and Ω
Main Board • Answer $200 Question from Ohmender's Game • Something with a ___________ resistance will not allow charges to flow easily.
Main Board $200 Answer from Ohmender's Game • High
Main Board • Answer $300 Question from Ohmender's Game • A lemon with zinc and iron sticking out of it is a _______________.
Main Board $300 Answer from Ohmender's Game • Battery
Main Board • Answer $400 Question from Ohmender's Game • What is Ohm's Law?
Main Board $400 Answer from Ohmender's Game • Ohm's = Voltage / Amperage
Main Board • Answer $500 Question from Ohmender's Game • Give all 4 factors that affect resistance and explain how.
Main Board $500 Answer from Ohmender's Game • Length, Diameter, Material it is made from, Temperature.
Main Board • Answer $100 Question from Thor: The Dark Watts • This is the formula to determine power
Main Board $100 Answer from Thor: The Dark Watts • Power = Volts x Amps
Main Board • Answer $200 Question from Thor: The Dark Watts • Draw the circle that will help Solve for power, and the three formulas associated with it Daily Double!!
Main Board $200 Answer from Thor: The Dark Watts • Power= Volts X AmpsAmps = Power/ VoltsVolts = Power/Amps
Main Board • Answer $300 Question from Thor: The Dark Watts • This is the unit of measure for Power
Main Board $300 Answer from Thor: The Dark Watts • Watts
Main Board • Answer $400 Question from Thor: The Dark Watts • Lemon juice is an example of a(n) ________
Main Board $400 Answer from Thor: The Dark Watts • Electrolyte
Main Board • Answer $500 Question from Thor: The Dark Watts • This is the difference between a wet cell and a dry cell
Main Board $500 Answer from Thor: The Dark Watts • Wet cell electrolyte is a liquid • Dry cell electrolyte is a paste
Main Board • Answer $100 Question from The Hunger Games: Electric Fire • Lightning is an example of this
Main Board $100 Answer from The Hunger Games: Electric Fire • Induction
Main Board • Answer $200 Question from The Hunger Games: Electric Fire • What three materials did Volta make his first battery from?
Main Board $200 Answer from The Hunger Games: Electric Fire • Zinc, Silver, and Salt Water Paper
Main Board • Answer $300 Question from The Hunger Games: Electric Fire • If an object has more electrons, it has a ______________ charge
Main Board $300 Answer from The Hunger Games: Electric Fire • Negative
Answer • Main Board $400 Question from The Hunger Games: Electric Fire • A 490 Watt Microwave uses 7.0 Amps of power from a wall socket. How much Resistance does the microwave have?
Main Board $400 Answer from The Hunger Games: Electric Fire • 10 Ohms
Answer • Main Board $500 Question from The Hunger Games: Electric Fire • A circuit contains a 12-volt battery and two 3-ohm bulbs in series. • Calculate the total resistance of the circuit. • Calculate the current in the circuit. • Calculate the power of each bulb. • Calculate the power supplied by the battery