D2 MENG202

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Across
  1. 3. A mathematical model of an actual electrical component, like a battery or a light bulb: _____ circuit component
  2. 5. Time rate of expending or absorbing energy
  3. 8. SI unit of voltage
  4. 9. Rate of charge flow
  5. 10. Number of terminals or points of connection to other circuit components in an ideal basic circuit element
  6. 12. SI unit of electric charge
  7. 13. SI unit of rate of charge flow
  8. 15. power is equal to __, also an abbr. for intravenous
  9. 16. A basic assumption to use circuit theory - the net charge on every component in the system is always ____
Down
  1. 1. To predict the behavior of the circuit model and its ideal circuit components based on mathematical techniques
  2. 2. Electric force created by separation of charge
  3. 4. Voltage is the _____ per unit charge created by the separation of charges
  4. 6. SI unit of power
  5. 7. Charge is _______, meaning that electrical effects are in terms of positive and negative charges
  6. 11. SI unit of energy
  7. 14. A mathematical model that approximates the behavior of an actual electrical system