Logic Circuits An electric circuit is a path

Logic Circuits An electric circuit is a path of wires, cables, etc, which allows electricity to flow from one place to another and back again…. creating a loop. If there is a break in the path, then the electricity can not flow

Logic Circuits

Logic Circuits Open Circuit – Electricity Does NOT Flow Closed Circuit – Electricity Flows

Switches in Electric Circuits Follow Laws Similar to Logic Functions p q Series Circuit

Switches in Electric Circuits Follow Laws Similar to Logic Functions p q

Switches in Electric Circuits Follow Laws Similar to Logic Functions p q

Switches in Electric Circuits Follow Laws Similar to Logic Functions p q

Switches in Electric Circuits Follow Laws Similar to Logic Functions p q

Switches in Electric Circuits Follow Laws Similar to Logic Functions p q Parallel Circuit

Switches in Electric Circuits Follow Laws Similar to Logic Functions p q

Switches in Electric Circuits Follow Laws Similar to Logic Functions p q

Switches in Electric Circuits Follow Laws Similar to Logic Functions p q

Switches in Electric Circuits Follow Laws Similar to Logic Functions p q

If we think of an open p switch like p=false and a closed p switch like p=true, we can clearly see the similarities p p q q

Write a logic statement that represents each of the following circuits p p q q

Write a logic statement that represents each of the following circuits p p q q

Write a logic statement that represents each of the following circuits p q r ~q

Write a logic statement that represents each of the following circuits p q r ~q

Write a logic statement that represents each of the following circuits p r q

Write a logic statement that represents each of the following circuits p r q

Write the statement that represents this circuit p t w q r s

Write the statement that represents this circuit p t w q r s

Does the sequence of switches below close the circuit? p T q T r F s T p t F w F t w q r s

Does the sequence of switches below close the circuit? p T q F r F s F p t T w F t w q r s

Does the sequence of switches below close the circuit? p T q F r F s F p t T w T t w q r s

What are the minimum number of switches that must be closed in order for the circuit to remain closed p t w q r s

If r and s are both open, name two sets of switch positions that will close the circuit? p t w q r s

Write the statement that represents this circuit p q t s r w

Write the statement that represents this circuit p q t s r w

Does the sequence of switches below close the circuit? p T p q F r F s F q t T w T t s r w

What single switch MUST remain closed in order for the circuit to remain closed? p q t s r w

Give the T/F sequence that closes the red circuit p q t s r w

Give the T/F sequence that closes the red circuit p q r s t T T F p q t s r w w T