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-[* black] Now that we know how to dissaseble the toaster, it's valuable to learn a little bit about how it functions:
-[* black] The toaster constantly receives power when it's plugged in, but the electrical circuit remains inactive until you push down the handle.
-[* black] Pushing down the handle causes two switches to close, completing the circuit and activating the toaster's power source.
-[* black] The circuit breaks when a certain power level is reached in the timing chip on the circuit board. This signal weakens the electromagnet, releasing the handle and popping up the bread trays.
-[* black] A potentiometer, linked to the control knob on the front of the device, regulates power flow to the chip.
-[* black] Setting to maximum (level seven) restricts the power flow, prolonging toasting. On the other hand, choosing cancel reduces resistance, quickly ejecting the toast.
+[* icon_note] Now that we know how to dissaseble the toaster, it's valuable to learn a little bit about how it functions:
+[* icon_note] The toaster constantly receives power when it's plugged in, but the electrical circuit remains inactive until you push down the handle.
+[* icon_note] Pushing down the handle causes two switches to close, completing the circuit and activating the toaster's power source.
+[* icon_note] The circuit breaks when a certain power level is reached in the timing chip on the circuit board. This signal weakens the electromagnet, releasing the handle and popping up the bread trays.
+[* icon_note] A potentiometer, linked to the control knob on the front of the device, regulates power flow to the chip.
+[* icon_note] Setting to maximum (level seven) restricts the power flow, prolonging toasting. On the other hand, choosing cancel reduces resistance, quickly ejecting the toast.