Master this deck with 31 terms through effective study methods.
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Friction transfers electrons between materials.
It becomes negatively charged.
It becomes positively charged.
Charges remain in one area and do not flow.
Insulating materials like plastic or rubber.
They repel each other.
They attract each other.
A complete circuit and a power source.
Conductors allow electron flow; insulators do not.
The bulb lights up.
The bulb does not light up.
They have many free electrons.
It provides energy to push electrons.
The entire circuit becomes incomplete.
Amperes, abbreviated as 'A'.
Using an ammeter connected in series.
The energy transferred to an electrical charge.
Using a voltmeter connected in parallel.
It is shared among all components.
The remaining bulb receives all the voltage, becoming twice as bright.
Each bulb receives half of the total voltage.
It decreases the voltage per bulb, making them dimmer.
It helps visualize and understand complex ideas.
The boiler acts as the cell, and pipes represent wires.
It remains the same throughout the circuit.
It increases the overall current due to more paths for flow.
It has multiple paths for current, allowing independent operation of components.
The voltage remains the same across each component.
It makes it difficult for electricity to flow, resulting in a small current.
The total resistance increases, causing the current to decrease.
Lower resistance leads to a higher overall current.