To convert a 2 mA meter with internal resistance of 120 ohm into an ammeter of range 0-200 mA, the value of shunt resistance required is a. 1.121 ohm b. 1.212 ohm c. 1.312 ohm d. 1.414 ohm

Q: Solve the equivalent resistance across: 'a' and 'e' Submit answers in Ohms. 3.2 12 3.2 а 3.03 4.2…

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Q: In the figure below, the voltage reading of the multimeter (Pr1) will be -5 V ir V,= 10 V and V, =5…

A: We need to tell about the given statement is true or false.

Q: A complete circuit is shown (see figure), Determine the terminal voltage Vab on the 5.0 V battery.…

A: Apply Kirchhoff's voltage law in the loop.Let assume I is the current flowing in the circuit…

Q: If three resistance in parallel, R1=3 ohm. , R2=50 mohm, R3= 1 kohm. the total R is: O 1038 ohm O…

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Q: Using an Ohmmeter, what reading will you get if you connect both lead with each other? Positive…

A: Ohmmeter:…

Q: 3. Two batteries, ɛ1 = 6 V, 0.25 N, and ɛz = 12 V, 0.5 N are connected series-opposing. An external…

A: We need to find out voltage for given circuit

Q: Determine the equivalent resistance across the terminals. 120 240 120n 60n 20n 25 0

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Q: 1=4 mA E=6 V

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Q: By doubling the potential difference applied to a given resistor, the power dissipated by the…

A: Since, the given supply is constant voltage source the power dissipated by the resistor is given by…

Q: Can somebody help me how to read the voltage of this? We’re given 5V/Div Thank you!

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Q: Confused on how to measure each resistors current using tinkercad...can someone help me with this?

A: Need to provide details of connecting the multimeter for current measurement in tinkercad tool

Q: A galvanometer coil has a resistance of 12 and the metre shows full scale deflection for a current…

A: Given: Meter resistance, Rm=12 Ω. Meter current, Im=3 mA. Voltage across meter, Vm=ImRm=3×10-3×12=36…

Q: In the figure below, the voltage reading of the multimeter (Pr1) will be -5 V if V, 10 V and V, 5 V.…

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Q: Two 100 N resistors having tolerance 3 % and 4 % are connected in series. The effective tolerance of…

A: Given resistor values are - R1=100±3%R2=100±4%

Q: 3. Determine Req if each R is 5 ohms. M M W -M N M

A: We need to determine the equivalent Resistance, Req.

Q: 6- Design a multi range (0-5) mA, (0-8) mA, (0-10) mA, (0-25) mA and (0-50) mA ammeter using a 50µA…

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Q: 1) The true value of a current through a resistor is 10A Themeasurement finds a value of 9.95A,…

A: As per guidelines we are supposed to answer only first question when multiple questions are given.…

Q: 6. Determine the total resistance and total current. 12 12V 0.52 0.252 0.12 0.22

A: We will find total resistance by star to delta conversion and parallel and series combination of…

Q: In the circuit shown in below figure, a voltmeter reads 60V when it is connected across 650 Q…

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Q: Consider the ctrcuit shown in Figure 1. Find the value of voltage measurod by the voltmeter. + 9V…

A: The value measured by the voltmeter is found below: The resistance R1 is set to the middle position…

Q: Determine current I in mA with E=9V, R1=726 ohms and R2=228 ohms.

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Q: Question 01 A. what is Ir in milliamperes if RL = 180 ohms B. In Figure 3, what is iL, in…

A: Calculate IR in milliamperes if RL = 180 ohms B. In figure, what is IL, in milliamperes if RL = 180…

Q: Determine the current through a 10.5-ohm  external resistance when placed across the combination of…

A: For the given circuit configuration the current through the external resistance needs to be…

Q: 3. Determine the total resistance and the total current. + 100v ( t 10OV lon 152 102

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Q: A. Use this graphic for Questions 1 and 2. R8 2.2kQ V3 -20V

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Q: How many ohms does a 14 MQ-resistor have? A) 1.4x10° 2 1.4×10° 2 B) 1.4×10° 2 1.4x10° 2 O D)

A: Given resistance = 14 M ohms.   1M = 106

Q: 1. Two identical zinc-carbon batteries are available. When connected in series, they supply 0.5…

A: The basic problem on battery is solved here

Q: Two resistors have resistances of 1.76 2 and 0.540 2. Determine the equivalent resistance if they…

A: Given: The two resistors are R1=1.76 ΩR2=0.540 Ω

Q: Can I see an example of how to measure a load voltage and current using breadboard with multimeter

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Q: ww 18

A: The given combination of resistors is in both series as well as parallel connection. The simplified…

Q: Solve the equivalent resistance across: 'c' and 'd'= ? 'b' and 'd'= ? 'a' and 'e'= ? Answers in Ohms…

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Q: In figure below, The potential across the resistor is equal to: L 650 mH 120 V 60 Hz R472 :1pF

A: In parallel connection voltage is equal among all branches.

Q: What will be the meters reading? Voltmeter V, 24 V XMM1 Xid www R₁ = 1.5k2 R₂ = 2.5k2 XMM2 Ammeter

A: Given circuit,

Q: 50 ww 30 V 100 500 33 0 Rs: V P R10: V P R50: 1 V R33: 1 V ww

A: We need to find out current, voltage and power for given circuit

Q: . Design a multi range (0-1) mA, (0-10) mA, (0-20) mA and (0-30) mA ammeter using a 50µA PMMC meter…

A: In the circuit  we are designing a multi range ammeter have 50 microampere and internal resistance…

Q: Determine the voltage across R2 given that E=18V , R1=411 ohm, R2=676ohm and VZ=5.6 with IZM=100mA.

A: Solution That is, in forward bias it allows current, and in reverse bias it blocks current. After…

Antenna Characteristics

The antenna is an important concept in the domain of electronics and communication engineering. An antenna forms an integral part of many commonly used devices such as wireless modems, routers, game controllers, mobile phones, bluetooth devices, and so on. In simple terms, any wireless communication makes use of antennas to serve the purpose. An antenna, also known by the term 'arial', is an electrical device that converts electrical signals into electromagnetic waves or electromagnetic waves into electrical signals. An antenna contains a transmission line usually made up of co-axial cable, it then receives the signals and converts them into electromagnetic waves, which are then transmitted via space into their required destination. A communication system essentially makes use of two antennas, a transmission antenna, which converts electrical signals into electromagnetic waves, and a receiving antenna, which receives the electromagnetic waves and converts them back into electrical signals.