WebFigure of merit is in general is the numerical value representing the degree of effectiveness or efficiency of an instrument approximated by different estimation techniques. The … WebAlejandro C. Olivieri, Graciela M. Escandar, in Practical Three-Way Calibration, 2014 6.1 Definition of figure of merit. A figure of merit is a quantity used to characterize the performance of a device, system or method, relative to its alternatives. In engineering, figures of merit are often defined for particular materials or devices in order to …
II PU Physics Practical- Figure of Merit of Galvanometer
WebPrinciple: Deflection in a galvanometer is directly proportional to the current through the galvanometerWhere K is called figure of merit of the galvanometer. WebFigure of merit of the galvanometer : Release key k 2 from the connection. Insert key k 1. Adjust the value of R such that the galvanometer shows a certain deflection. Record the observations in a tabular column. Repeat the experiment by changing the value of R and note the galvanometer deflection each time. harvard average test scores
What is definition of figure of merit of galvanometer? - Answers
WebFigure of merit of the galvanometer : Release key k 2 from the connection. Insert key k 1. Adjust the value of R such that the galvanometer shows a certain deflection. Record the observations in a tabular column. Repeat the experiment by changing the value of R and note the galvanometer deflection each time. We can find the figure of merit of ... WebThe ratio of maximum current (with shunt) to the full scale deflection current (without current) in a permanent magnet moving coil instrument is known as. Medium. View solution. >. A certain current on passing through a galvanometer produces a deflection of 100 divisions. When a shunt of one ohm is connected, the deflection reduces to 1 division. WebMar 5, 2024 · While the flux through the coil is changing, and EMF will be induced, equal to , N A B ˙ and consequently a current will flow momentarily through the coil of magnitude. (10.4.1) I = N A B ˙ R + r, where r is the resistance of the galvanometer. Integrate this with respect to time, with initial condition Q = 0 when t = 0, and we find for the ... harvard average weighted gpa