As one moves across a resistor voltages drops and therefore the value of that voltage should be taken as negative. On the other, as one cross from negative terminal of a voltage source to the positive terminal of the same voltage source, the voltage value is taken as positive. The contrary is true when moving from a positive terminal of a resistor to the negative terminal. On the other hand, as regards to Kirchhoff’s Current Law, the algebraic sum of the currents in all the branches that converge in a common node is equal to zero. All the currents flowing into a particular node are taken to be positive and those flowing out of the same node are taken to be negative. On the other, as one cross from negative terminal of a voltage source to the positive terminal of the same voltage source, the voltage value is taken as positive. The contrary is true when moving from a positive terminal of a resistor to the negative terminal.
The purpose of this paper “Electrical and Electronic Principles (A) UFMFP8-15-1” is to experience and study the Kirchhoff’s Voltage and Current Laws and to examine the given resistive circuits using the above laws and series parallel combinations of electronic circuits…
The Stethoscope is an auditory medical appliance for listening to internal resonance in human body which is referred to, in medical language, as auscultation. Heart sound vibration is one of the most essential ways to judge the condition of the cardiac function.
A 5 cm square glass plate was placed on top of a white paper that was placed on top of an 8.5” by 11” cardboard. The outline of the square glass plate was drawn, and then the glass plate was removed. A straight line that made an angle of 60 degrees with the plate edge was drawn using a ruler from the upper outline, and labeled IB.
The apparatus used were as follows; patch-board, farnell low frequency (LF) oscillator, oscilloscope (CD 1400 including 1 off CX1 449), digital voltmeter and digital frequency meter. Procedure The LF oscillator was connected in series of a capacitor and a resistor and the voltage across and current through the capacitor measured at frequencies between 1 kHz and 10 kHz.
The LF oscillator was connected in series of a capacitor and a resistor and the voltage across and current through the capacitor measured at frequencies between 1 kHz and 10 kHz. Current was determined by
Construction of pavements is done by constructing a number of layers over each other. During the design process. It is essential to ensure that none of the layers gets stressed under application of load. The design of the pavement should
The sine wave, a square wave and the triangular waveforms were careful displayed using NI Multisim software. The peak to peak Voltage and the peak voltages were determined from the graphs obtained, and the periodic time of the waves determined. The
The author of the paper explains that hall effect is the voltage difference in an electrical conductor which normally occurs when a magnetic field is applied to a rectangular shaped conductor at right angles when it is carrying electric current. Theoretically, hall effect is explained by the principles of Lorentz force.
4 pages (1000 words)Lab Report
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