Analog multimeters are those that have a moving needle that stops on a number that is printed on the background behind the moving needle. The number that the needle stops on indicates the volts, ohms or amps the the meter is measuring depending on how the control knob is set. Analog multimeters are cheaper than digital multimeters but not as robust or simple to use. Analog multimeters are preferred by some technicians because the movement of the needle can show you some things that are not so obvious with digital multimeters.
Put the meter in the circuit to measure amps. This means cutting, or disconnecting, a wire and making the meter part of the circuit. Current must be flowing through the meter for the meter to function. Amps are a measure of how many electrons are flowing past a point in a second. The ohms are often marked on components and amps are simple to compute from a voltage reading using Ohm's law which says that amps = volts/ohms.
Measure volts by touching the two meter probes to the points you want to measure. Volts are a measure of how much pressure is pushing the electrons that are flowing. If you put both probes in the same place it will register zero volts because there is no pressure difference. If you put the two probes on the terminals of a 9 volt battery it will measure approximately 9 volts (depending on how new the battery is). If you put the two probes on the two leads to a component, it will tell you how much of the pressure goes into pushing electrons through that particular component.
Turn off the power and disconnect a component from the circuit before measuring its resistance. The meter has a battery in it, and when you are measuring resistance a small current (under a known voltage) is sent through the leads into the component. Ohms law is used to compute the resistance: ohms = volts/amps.