How should an ammeter and a voltmeter be linked in order to verify Ohm's law?

• According to Ohm's law, the potential difference across a current-carrying wire is directly proportional to the current flowing through it at a constant temperature
• i.e.  V= IR
• Here V= potential difference, R = resistance and I = current.
• An ammeter is a device that measures the amount of electricity flowing through a circuit.
• It has a very low resistance, ideally none at all.
• When an ammeter is connected in series, it enables all of the circuit currents to pass through it, allowing it to be measured.
• A voltmeter is a device that measures the voltage difference between two terminals in a circuit.
• In a perfect world, a voltmeter would have infinite resistance.
• When a voltmeter is connected in parallel with an infinite resistance, no current passes through the voltmeter and the voltage drop (IR) remains constant.

As a result, the ammeter should be linked in series and the voltmeter should be connected in parallel.