ELECTRICAL ENGINEERING.
Built around real course units and objectives!
Generators - Answer: Changes mechanical energy into electrical energy.
Induction - Answer: Voltage induced in wire when magnet passes it.
Conductor - Answer: Anything that allows current to flow
Voltage - Answer: Electrical force that causes electrons to move.
Current - Answer: Rate of flow of electrons
AC - Answer: Polarity changes back and forth.
DC - Answer: Current flows continuously in a single direction
Resistance - Answer: Opposition to current
Ohm's Law - Answer: V = I x R
Energy - Answer: The ability to do work
Power - Answer: Rate at which energy is used.
Power Equation - Answer: P = I^2*R, P = IV
Series Circuit - Answer: One path for current flow
Kirchoff's Voltage Law - Answer: Total voltage equals sum of voltage drops across all loads.
APPHIA – Crafted with Care and Precision for Academic Excellence. 1
Built around real course units and objectives!
Generators - Answer: Changes mechanical energy into electrical energy.
Induction - Answer: Voltage induced in wire when magnet passes it.
Conductor - Answer: Anything that allows current to flow
Voltage - Answer: Electrical force that causes electrons to move.
Current - Answer: Rate of flow of electrons
AC - Answer: Polarity changes back and forth.
DC - Answer: Current flows continuously in a single direction
Resistance - Answer: Opposition to current
Ohm's Law - Answer: V = I x R
Energy - Answer: The ability to do work
Power - Answer: Rate at which energy is used.
Power Equation - Answer: P = I^2*R, P = IV
Series Circuit - Answer: One path for current flow
Kirchoff's Voltage Law - Answer: Total voltage equals sum of voltage drops across all loads.
APPHIA – Crafted with Care and Precision for Academic Excellence. 1
