experiment is to become familiar with lab instruments‚ get an idea about their working structure and how to use them when necessary. In addition to that in the first part of the experiment our aim is to read color codes of resistors and get idea about how to use multimeter for resistor measurements. In the second part of the experiment our aim is to see the operation of function generator and DC voltage source‚ how to use multimeter to measure AC and DC voltage and how to use multimeter to measure
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the resistor‚ voltage and current. That voltmeter will have a higher reading than ammeter. Materials * Power pack * Piece of nidrome * 50 cm long or a resistor * Hear proof mat * 6 connecting wires * Alligator clips * Resistor( 100Ω) * Voltmeter * Ammeter Variables Independent: the amount of voltage Dependent: the reading of both the multimeters and the temperature of the resistor‚ the amount of ohms. Controlled: Heat of the resistor from
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A MINOR PROJECT REPORT ON “AUTOMATIC WATER LEVEL CONTROLLER” A Dissertation submitted on “AUTOMATIC WATER LEVEL CONTROLLER” Fulfilled as a part of curriculum in VI Sem of Bachelor of Engineering (Electronics and Communication) for Rajiv Gandhi Proudyogiki Vishwavidyalaya‚ Bhopal session-2011-12 Guided by: Submitted By: Prof.Rahul Pal Rohit Kumawat Co-guide:
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which involved using the resistors. (iv) Familiarised with the multimeter and used it to take measurements (v) the experiment board which was used to do create most of the circuits and take the necessary measurements. Procedure 1: The measurement of resistance. The resistances of the 5kΩ and 22kΩ resistors were found using the theory and by taking the actual readings. The resistances of the resistors were first measured by comparing the colour bands on the resistors to the colour code chart
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Student Exploration Circuits Vocabulary ammeter‚ circuit‚ current‚ electron‚ ohmmeter‚ Ohms law‚ parallel circuit‚ resistance‚ resistor‚ series circuit‚ voltage Prior Knowledge Questions (Do these BEFORE using the Gizmo.) Strings of holiday lights can be designed in one of two ways. In some strings of lights‚ each light is connected to the others along a single wire (in series). In others‚ each light is attached to its own wire (in parallel). Suppose a single light bulb burns out. How do you think
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FIGURE 3 From Figure 3: A diode in series with a resistor is connected across the inductor to resolve the arcing phenomena across the switch. At t 0‚ when the switch is opened‚ the diode is forward bias hence allowing current to its branch. The current‚ I in this circuit is then given by: (VL - VF ) /R ‚ where VF is the forward voltage drop of the diode. The stored energy in the inductor is dissipated as heat in the resistor. Consequently‚ there will be no more arcing or ‘sparks’ across
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ECT 122 Week 5 iLab #1 Parts: Breadboard DC Power Supply Hand Held DMM Test leads Wire 100 Ω resistor‚ 120 Ω resistor‚ 220 Ω resistor‚ 330 Ω resistor 1. Identify each of these circuits. 2. Given the circuit below‚ calculate the values listed below. IT: _64mA__ IA: __18.18mA____ IB: __45.45mA__ VR1: _3.99V___ VR2: __5.99V__ VR3: _5.45V___ VR4: __4.54V___ Ra= R1+R2= 220Ω+330Ω= 550Ω Rb=R3+R4= 120Ω+100Ω= 220Ω Ia= Vs/Ra= 10V/550Ω=
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Ohm’s Law Lab Report Number Three Quyama T. Wheeler @02669651 Partner: Munah Kaye Amber Frazier Objective: To demonstrate Ohm’s law and to determine the resistance of a given resistor. Theory: Ohm’s law is the assertion that the current through a device is always directly proportional to the potential difference applied to the device. Electric current is the moving of charges from a higher potential to a lower potential. Wires of different material (a copper wire versus a silver wire‚ for
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Application 1. What are the laws of series resistors? Of parallel resistors? Are these laws verified in your experiment? Ohm’s Law - Ohm’s law states that the voltage (V) across a resistor is proportional to the current (I)‚ where the constant of proportionality is the resistance (R). Series and parallel resistors - The total resistance of resistors connected in series is the sum of their individual resistance values. The total resistance of resistors connected in parallel is the reciprocal
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design and to implement an Analog Multimeter using a Permanent Magnet Moving Coil (PMMC) meter movement. A.2 SPECIFIC OBEJECTIVE The specific objectives are: * To determine the internal resistance of the PMMC meter movement using variable resistor method. * To compute for the shunt resistance of 10mA and 100mA range ammeter. * To compute for the shunt resistance of 5 volts and 30 volts range voltmeter. * To determine the shunt resistance of ohmmeter with a 1.5 voltage. * To
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