I am a giant spark from the sky. I clash with the clouds and strike the ground, flashing with massive energy. What am I?

I am a tiny subatomic particle with a negative charge. When my friends and I travel down a wire together, we create electricity. Who am I?

I am the crackle you feel when you take a warm blanket out of the dryer or rub a balloon on your hair. I stay in one place until I suddenly jump. What am I?

I am the invisible highway that electricity must travel on. I must be completely looped and unbroken for the power to flow. What am I?

I am a material that loves electricity. I open my arms and let electrons sprint through me easily, usually because I am made of metal. What am I?

I am the opposite of a conductor. I block electricity and refuse to let it pass through me. Rubber, plastic, and glass are my best forms. What am I?

I am the Gatekeeper of the circuit. Press me down, and the lights turn on; lift me up, and everything goes dark. What am I?

I have a positive plus and a negative minus. I store chemical energy inside my small cylindrical body to power your remote controls. What am I?

I am a long, flexible snake made of copper covered in colorful plastic. My only job is to carry current from the wall to your appliances. What am I?

I am a stubborn component. I do not stop electricity completely, but I slow down the flow of electrons to protect sensitive parts. What am I?

I am a safety hero. If too much electricity rushes through the house, I sacrifice my tiny internal wire, melting it to break the circuit and prevent a fire. What am I?

I stare at you from the wall with two or three little holes. If you want power from the grid, you must plug your device into me. What am I?

I am a detective tool used by electricians. I have two probes and a screen, and I can tell you exactly how many volts or ohms are running through a wire. What am I?

I am a special component that acts like a one-way street. I let electricity flow smoothly in one direction but block it completely if it tries to turn around. What am I?

I store electrical energy in an electric field, acting like a tiny, super-fast temporary battery that charges and discharges in milliseconds. What am I?

I measure the speed and volume of the electrical current. The more electrons passing by per second, the higher my count. What am I?

I am the pressure or pushing force that drives electricity through a circuit. Without me, electrons just sit still. What am I?

I am the total power that an appliance uses up. You multiply volts by amps to find me, and lightbulbs are often labeled with my name. What am I?

I am a circuit layout where all components are connected along a single, continuous path like beads on a string. If just one bulb burns out or is removed, the entire loop breaks and every single light goes dark. What am I?

I am the measurement of friction or drag against the electrical flow. The thinner the wire, the higher I get. What am I?

I am a frequency measurement. I tell you exactly how many times an alternating current changes its direction back and forth in one single second. What am I?

I stand tall in fields or water, spinning my giant white arms in the breeze. I take the kinetic energy of the wind and turn it into clean electricity. What am I?

I am a dark, flat glassy square sitting on top of a roof. I catch the rays of the sun and silently convert sunlight into electricity. What am I?

I trap a mighty river behind a massive concrete wall. When the water rushes through my tunnels, it spins giant magnets to power whole cities. What am I?

I look like a regular lightbulb, but I have no delicate filament inside. I use semiconductors to glow brightly while saving a massive amount of energy. What am I?

I am a heavy iron box sitting outside your house or up on a utility pole. I take the dangerously high voltage from the power lines and step it down to a safe level for your home. What am I?

I spin magnets inside coils of wire using mechanical force, creating electricity out of thin air when the main power grid goes down. What am I?

I am a dangerous situation that happens when electricity finds a shortcut. If a hot wire accidentally touches a neutral wire, the current skips the appliance entirely, rushes through at blinding speeds, and causes a spark or a blown fuse. What am I?

I am a heavy-duty cable running through the air or buried deep underground. I don't feed just one house; I carry massive amounts of electricity across entire cities and states from the power plant to local neighborhoods. What am I?

I am the primary mathematical law that rules the world of circuitry. I state that voltage equals current multiplied by resistance (V = I × R). What am I?

I am a circuit layout built with multiple branches and pathways. If one lightbulb burns out on my line, the current simply takes an alternate route, keeping all the other lights shining bright. What am I?