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Static Electricity Electric Atom Electric Circuits Ohm’s Law 100 100 100 100 200 200 200 200 300 300 300 300 400 400 400 400 500 500 500 500 Game Board A n s w e r s Static Electricity Electric Atom Electric Circuits Ohm’s Law Static Charge Protons, Electrons & Neutrons Electron Freebee Negative Electrons Series 100 volts Repel 1.6 x 10-19 C Parallel 75 Ohms Electrons & Protons Electric Force Voltage 4 amps Coulomb Nuclear Fusion Current Voltage, current, resistance An electric Charge that stays in place for some length of time. C1-100 Too many electrons will produce this type of static charge. C1-200 C1-100 Two objects, both with an excess of electrons, will do this when brought close together. C1-300 C1-100 An object that is electrically neutral has the same number of these. C1-400 C1-100 This is the unit of measure scientists use for electric charge. C1-100 C1-500 C2-100 C1-100 These are three of the building blocks of matter. C2-200 C2-100 C1-100 The transfer of these charged particles are responsible for most static charge. C 2 3 0 0 C2-100 C1-100 This is the charge of a single electron and the opposite of the charge on a single proton. C2-100 C2-400 C1-100 This is the force responsible for keeping electrons attached to the atomic nucleus This is what happens when protons are added to an atom. C2-100 C2-400 C2-500 C1-100 C2-100 C2-400 C3-100 C1-100 This is the charged particle that moves through a circuit creating electric current If a single light bulb is missing from this type of circuit nothing else in the circuit will work. C3-100 C2-100 C2-400 C3-200 C1-100 Most households are wired with this type of circuit, because when one appliance is off the others still work. C3-100 C2-100 C2-400 C3-300 C1-100 This is the amount of electrical potential energy that is supplied per Coulomb of charge. C3-100 C2-100 C2-400 C3-400 C1-100 C3-100 C2-100 C2-400 C3-500 C1-100 The amount of charge that flows through an electrical circuit over time. C2-100 C2-400 C4-100 The first player to buzz in gets 100 points. 10 amps of current run through a 10 ohm resistor. This is the amount of voltage across the resistor. C2-100 C2-400 C4-100 C4-200 C2-100 C2-400 C4-100 C4-300 Three 25 ohm resistors are connected in series. This is the total resistance of the circuit. C4-300 C2-100 C2-400 C4-100 C4-400 120 volts is applied across a 30 ohm resistor. This is the amount of current running through it. This is the meaning of these three symbols: C2-100 C2-400 C4-100 C4-400 C4-500 V, I and R.