Assuming a rate of 3 cents per kwh,how much will I pay for the loss with 7657.8881 watts due to the voltage drop for the whole month, when I used a the wire for 200 increasing hours?

Q: A wire carries a current, ? = 3 cos 314? ?. What is the average current over 6 seconds?

A:

Q: The saw-tooth voltage waveform shown in the figure is fed to a moving iron A. meter. Its reading…

A: Given waveform is - Given meter is moving iron meter.

Q: Question 1: If the current is 1.07 mA at an applied voltage of 606 mV, and the current is 4.05 mA at…

A: Given, The currents, I1=1.07 mAI2=4.05 mA The voltages,  V1=606 mVV2=640 mV The value of thermal…

Q: Show that the average power absorbed by each resistor is P2Ω.=P4Ω.=7.20W.

A: In this question, we need to determine the average power absorbed by each resistance as shown the…

Q: How to calculate to continues power of 500KVA generator at 60hz, 440v, pf

A: In this question we will find continuous  power...

Q: 2. Explain the difference of power and energy.

A: IMPORTANCE OF OHMS LAW:   Ohm’s law is vitally necessary to describing electrical circuits as a…

Q: The meter constant of a single phase 230 V induction watt hour meter is 400 rev/kWh. The speed of…

A: Given, a induction watt hour meter having Voltage, V= 230 V Current, I= 10 A Meter constant, K= 400…

Q: Problema 6 In the figure, the current Ibat in the battery is equal to A. 1/2 B. 21₁/3 C. I₁ D. 31/2…

A:

Q: Write about the examples of Renewable Energy in 300 line

A: We need to write about the examples of Renewable Energy.

Q: 10. What unit is Inductance is measured in? Faraday Lenz Choke Henry

A: Resistance is measured in ohms Capacitance is measured in farads

Q: CALCULATE VOLTAGE CURRENT, POWER FACTOR & POWER, BEFORE AND AFTER L1(48mH).

A:

Q: Discuss the types of Renewable Energy in 300

A:

Q: I, -j3 k2 j1 k. 500 2 ell 201, 4 k2 Ix 10 k2 0.2/0° V rms (t

A:

Q: what is the main parts of Energy meter

A: There are four essential parts of an energy meter.

Q: a generating station has an overall efficiency of 15% and 0.75% kg of coal is burnt per kwh by the…

A: Given data Overall efficiency = 15% Coal required to produce the 1kwh energy = 0.75 kg

Q: 2A V 10 ohm T 8A

A: The question is about finding the current and voltage in the circuit.

Q: Question: A battery is charged from a constant dc source of 220 V through a chopper. The dc battery…

A: First find the output voltage in each case and using input output voltage relation calculate duty…

Q: The number of revolutions per kw for a  230v, 10A watt- hour meter is 900. On test at half load, the…

A: In this question we will find energy meter error at half load....

Q: DETERMINE THE OUTRIT VOLTAGE (VO) OF A DIFFENENTIAL AMPUFIER FOR THE INPUT VOLTAGES f 300 microolt…

A:

Q: For a 20 A, 230 V energy meter, the number of revolutions per KWh is 480. If upon test at full load,…

A: In this question we will find power consumed, energy consumed ....And error in measurement....

Q: T To what voltage the machine will excite when the ficld resistance is 55 0 and the spced 800 rp.m.…

A: In this question,  Saturation curve of the shunt generator is given.  Find the filed resistance for…

Q: Talk about the history of Renewable Energy in 300 line.

A: Here is history of Renewable Energy

Q: Determine the unit of energy if the power is measure in mega watts and the time in minutes. O a.…

A: Option d is correct. The explanation is provided below.

Q: A 20 kW electric roof top A/C unit (RTU) is 10 years old, and has a COP of 2.0 . It operates at full…

A: Given values are =

Q: Talk about Renewable Energy in 100 line.

A: We need to write about Renewable Energy .

Q: What is the usual biasing point of a Class A series-fed amplifier? When comparing Class B and Class…

A: The period ofconduction angle is 360 degrees in class A series fed amplifiers…

Q: One single page energy meter operating on 230 Volt and 5 ampere for 5 hours makes 1940 revolutions.…

A: Given a single phase energy meter with, Operating voltage, V=230 V. Current, I=5 A. Time, t=5 hr.…

Q: Consider the circuit below, what is the current flowing at 8 kohms? 16kQ 1.44 mA 00.96 mA 0291 mA…

A: This question belongs to analog electronics . It is based on the concept of diodes behaviour in the…

Q: The per unit value of a 1 ohm resistor at 100 MVA and 10 kV base voltage is   a. 0.5 pu b. 2 pu…

A: per unit value of resistor = resistance in ohmsbase impedance Base impedance = voltagecurrent…

Q: What is the usual biasing point of a Class A series-fed amplifier? When comparing Class B and Class…

A: For Class A amplifiers- An ac load line is drawn using the values of VCC and RC. The intersection…

Q: Three coils each having resistance of 29 N are connected in star across 400 V, 50 Hz supply. Then…

A: In this question we need to find a total power loss of a coil when it is connected in star .

Q: 24/ Determine the unit of energy if the power is measure in mega watts and the time in minutes. a.…

A:

Q: How many watt-hours (W-h) is 150,000 J?

A: We need to find out W-h from given joules .

Q: If an energy meter makes 5 revolutions in 100 seconds, when a load of 225 W is connected, the meter…

A: Given an energy meter having, Number of revolution = 5. In time, t = 100 seconds = 1003600 hours.…

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.