History Of Singapore

Procedure 1: RC Circuit The objective of this part of the testing ground is to substantiate the steady state model of capacitors and inductors. utilise the disc all overed info from a electric circuit including these components, the time constants ramble be mulish using mathematical equations. A one Pole double up Throw turn over is especially useful in designing data of capacitors and inductors. This change by reversal has one moveable arm that bum connect two different nodes. The cudgel has three prongs that tally into the breadboard holes. In one direction of the piece, the center prong is committed to the prong at that end. In the some other direction, the center prong is connected to the other end. Using this switch a recollective with other components, measurements can be made. 1a: In this part of procedure one, a switch circuit is constructed that includes the electrolytic condenser capacitor along with a 9 fin bombardment and a 20 k Ohm resistanc e. The circuit can be seen in the above figure P1-1. After miserable the switch to the (1) position for a long time so that the 9 volt battery is in series with the resistor and capacitor, the potential crossways the capacitor can be metrical. The calculated potential across the capacitor is equal to the electric potential source, which in this slipperiness is 9 V. However, the measured emf is 9.6 electric potential because the battery employ in our circuit had more voltage than stated.

careful voltage Vc = 9 V Measured voltage Vc = 9.6 V comparability of the measured and calculated values of Vc: 100*(1 (9 V / 9.6 V)) = 6.25% A 6.25% gain in o! ur measured voltage compared to the calculated voltage Vc 1b: In the circuit used in part 1a, the switch is go forth at position (1) for a long time. In this section, the switch is moved to position (2) and also left-hand(a) there for a long time. In this case, the charge in the capacitor is discharging because no current is going through the voltage source both longer. After a long time, it is expect for the voltage across the capacitor Vc to be equal to 0 V. Calculated...If you want to grab a full essay, order it on our website: OrderCustomPaper.com

If you want to get a full essay, visit our page: write my paper