why is a voltmeter always connected in parallel in an electric circuit?

Answer 1

so that it canmeasyre the voltage difference across 2 pts

Answer 2

Because you don't need energy flow (amps) to check voltage. Your meter can check for voltage in both open and closed circuits. If you tried to check voltage in a series connection in a closed circuit, you would only see the voltage dropped at your meter, and that wouldn't be the voltage applied to the load in your circuit. You can (kind of) use your meter in a series situation if you're trying to check for a bad switch in an otherwise closed circuit. If you put your probes on both sides of the switch with the voltage on, and see this voltage readout on your meter, than you know that the switch is the open point in the circuit.

Answer 3

voltmeter is meant for determining the potential difference or voltage drop across the wire in any circuit.
for determinig voltage we use V=I x R means voltage =
current flowing in the wire x resistance in that wire.

this multiplication of resistance and currrent counts towards the potential drop(as we know that current flow from high to low potential) this drop of potential is called voltage across that wire and to measure that we should know the potential of both ends to calculate the difference between potential at both ends.
for this the voltmeter is connected across two terminals of that branch of circuit called as voltmeter is added in parallel.

Answer 4

To measure Voltage you need to see what's the difference(of potential or voltage) between two points, If connected in series you will never get to connect to those two points.

Answer 5

think of of it this form: A voltage "stands for the time of" someplace, whilst a modern (Ampere) "flows alongside". for this reason, a volt meter has a extreme inner resistance as to no longer placed plenty extra load onto the circuit, and is attached in parallel to .... ja ... the voltage you desire to diploma. The ammeter (ampere meter) has a low inner resistance so which you are going to be able to desire to no longer limit the present circulate, and is in sequence to ...., everywhere you desire to diploma the present.

Answer 6

you might know the voltmeter{vm}has high ressistanc e. when we connect it in serfies a very few current will flow tr ucircuit. als pd remain same when connected in parall

Answer 7

because voltage is the potential across two points. If you were measuring amperage, you would hook it in series.