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The word "calibrated" refers to the process of adjusting, measuring, or standardizing a device or instrument to ensure accurate and precise results. It involves setting or aligning the instrument to a known reference or standard to ensure its measurements or readings are reliable.
It can be difficult to directly measure a resistance while it is in circuit. Generally, other parts of the circuit will have an effect on the readings an lead to errors that are difficult to predict. If the other parts of the circuit are understood, it may be possible to calculate the total theoretical resistance from the component values and then compare it to an actual reading. This is often unreliable because it doesn't prove that a specific resistor is a certain value. It is almost always better to power the circuit and use a voltmeter to establish the voltages at different points in the circuit. If the circuit is understood, voltage readings can often show faults in resistors or other components very quickly. Alternatively, voltage readings can be used to ascertain a resistance value if it isn't marked. Whatever the task, there is always an amount of detective work and the route to take depends very much on the circuit, hence there are no specific examples mentioned here.
The sum of the scale readings will always equal your total weight.
ruler
Compare the readings at the end of the red line.
A camera or a telescope (:
u see the light bulbs on a series circuit's brightness evolves and the brightness on a parallel's circuit dont
If you have an Ohm meter you will want to measure the resistance (ohms) of the Primary and Secondary sides of the coil pack and compare your readings to the Specifications for the vehicle.
If only I knew as well, then my homwork would be easier too. :P
Www.musiciansfriend.com is probably the most comprehensive musical instrument store online. You can compare features of various electric guitars there.
A manometer with two ports (digital or magnahelic), is best. Compare readings to published values or what is stamped on switch. One will be positive and one will be negative. If only single port gauge used, add positive and negative readings together, to get total.
In a pure resistive circuit the voltage and current are in phase. In an inductive circuit they are fro zero to 180 degrees out of phase. If they are in phase the Power Factor is 1 and 180 degrees the PF is zero. The exact amount of the phase difference depends on the specific circuit.