Electric Circuits

A) A battery to provide a potential difference.

B) Wires to connect the components.

C) A resistor to impede current flow.

D) A switch to control the current flow.

A) A circuit with a break in the conductive path, preventing current flow.

B) A circuit that allows charge to flow freely through a complete path.

C) A circuit with extremely high resistance.

D) A circuit with a direct connection between two points, bypassing the intended path.

A) A series of long and short parallel lines.

B) A zig-zag line.

C) A straight line.

D) A circle.

E) A diagonal strikethrough arrow across the standard symbol.

A) The current will continue to flow in the same direction.

B) The current will stop flowing.

C) The current will reverse direction.

D) The current will increase.

E) The current will remain the same.

A) $3.33 \Omega$

B) $5 \Omega$

C) $10 \Omega$

D) $15 \Omega$

A) $3 \Omega$

B) $4 \Omega$

C) $8 \Omega$

D) $16 \Omega$

A) $1A$

B) $2A$

C) $3A$

D) $6A$

A) To impede the flow of current.

B) To store electrical charge.

C) To provide a constant voltage source.

D) To convert electrical energy into light.

E) To control current flow.

A) $2 \mu F$

B) $4.5 \mu F$

C) $9 \mu F$

D) $18 \mu F$

A) $3 \mu F$

B) $4 \mu F$

C) $8 \mu F$

D) $16 \mu F$