They need to use- well the best thing/object/equipment for them to use is a voltmeter!
rms value is measured using voltmeter with the use of heat sensing elements.
You cannot multiply a number (a multiplicand) unless you know what to multiply it by (the multiplier). The result of a multiplication is the product, such that multiplicandtimes multiplier equals product.In C programming we use the multiplication operator (binary *) to obtain the product of two scalars:double product (double multiplicand, double multiplier) {return multiplicand * multiplier;}
Yes; architecture is the art and science of designing buildings.
Mostly use Pseudo-elements in CSS for website designing.
Use a voltmeter.
electricians.
A voltmeter
the voltmeter use a SLR camera because this is the latest camera and the good light and good shot of a picture
The multiplier bonus added to the teams score on the gameshow.
Use a voltmeter with a high input impedance and measure at the source the voltage.
Your teacher is looking for a specific example to this question.I know how from a practical point of veiw.Take one volt meter and one known resistance that will handle the amperage going through your circuit. Usually you would use a low ohm resister so you didn't effect the measured load.Measure voltage drop accross the resister and do some moderatly complicated math (I use a converter on the net or a chart in one of my old text books) and bingo bango a ameter from a volt meter.Be aware I havent done this in 30 years (Auto tech school)Once you built it you can take it apart and go back to a volt meter.Another AnswerThe first answer describes how you can use a voltmeter in order to measure current, but I don't think this is what the questioner is asking. It's completely impractical to convert a voltmeter into an ammeter and vice-versa!However, it is possible to convert a basic moving-coil movement (i.e. the heart of an analogue meter) so that it will act as a voltmeter or ammeter.To convert the movement so that it acts as voltmeter involves inserting a high-resistance 'multiplier' in series with the movement. To convert the movement so that it acts as an ammeter involves inserting a low-resistance 'shunt' in parallel with the movement.The necessary values of the multiplier resistance or shunt resistance depend upon the internal resistance of the moving-coil movement itself, and upon the maximum values of voltage or current you wish to measure. So, obviously, a comprehensive answer to this question is not possible unless these values are provided.
0.18
The multiplier you would use is 1000.1.9 km x 1000 = 1900 m
A voltmeter
"voltmeter"
Voltmeter or multimeter.