Define electric field intensity. 2. Give the characteristics of an electric line of force.
Q: Vcc = +20 V %3D Rc Ic 10 µF RB 2.4 kN 510 kN C2 10 µF + Vị • VCe B = 100 B + VBE E RE CE 40 µF 1.5…
A:
Q: i literally said the no.3 not no.1
A: The inverting amplifier can be designed by using the tinkercad software.
Q: 1. Simplify Z-ABCD+ ABCD + ACBD to the reduced logical equivalent. Draw the circuit and it's NAND…
A:
Q: For the voltage-divider configuration of the figure below: a) Sketch the DC equivalent circuit b)…
A:
Q: A straight wire is 15 cm long, carrying a current of 6.0 A, is in uniform field of 4000 G.
A:
Q: 2. Solve for ZIN, Zout, and A, if Ipon = 8mA, yos = 20µs,Vr = 4V and Vason = 7V 15V
A:
Q: Consider the following circuit. Find the values of the voltages V.V and v, Find the currents in the…
A:
Q: If control of real and reactive powers supplied to the grid is required, and references P* and Q*…
A: DQ current reference calculated from power P and Q and Vd Vq Actual current reference calculated…
Q: Current, Resistance, ohms (minimum value) Color Coded Resistors Voltage, volts ampere 8 batteries 7…
A:
Q: Sometimes we can account HV Under Ground Cable (HVUGC) as a power factor improvement because of:…
A: The power factor gets improved with the length of the cable.
Q: A balanced wye-connected load absorbs a total power of 2 kW at a leading power factor of 0.9 when…
A: Given: P=2KW=2000wattP.F=cosϕ=0.9 leadingVL=240V
Q: Question 79.1 Explain what are the positives and negatives of each of the controllers below: a)…
A: Positive of P controller : Steady state error is reduced to great extent by inclusion of P…
Q: Select the correct state space model of the system shown in the following diagram: 8+5 8+1 -1 y = [0…
A: From block diagram, write Y=x1 Write x1 x2 and x3 intetms of transfer function and inputs…
Q: TII: A 1o chm resistance and a 102 capacitive reactance are conne- cted in parallel. Find the value…
A: Given A 10 ohm resistance is connected in parallel with a 10 ohm capacitive reactance. The value…
Q: In a Transistorised Hartley oscillator, the two inductances are 2 mH and 20 mH while the frequency…
A: Given the value of the inductance is 2 mH and 20 mH. Consider the value of frequency is 930 kHz and…
Q: 1. from the circuit below solve for: Zin, Zo, and Avs if loss = 10mA, Vp = -4V and yos = 25µs ci R7…
A: Given the circuit, as shown below: We need to find Zin, Zo , and Avs if IDSS=10 mA, VP=-4 V and…
Q: The A/D converters add a significant cost to the system. O True O False
A: The objective is to determine if the statement is true or false
Q: Q2: A Colpitts oscillator with L = 10 mH, C1 = 1000 pF, C2 = 10,000 pF, determine %3D the frequency…
A:
Q: Problem No.5 A straight wire is 15 cm long, carrying a current of 6.0 A, is in uniform field of 4000…
A:
Q: Given the block diagram, determine the system funcfion H(z)
A:
Q: Find 16-point DFT of x[n]=1 n=0,1, .15
A:
Q: c) A 75 MHz uniform plane wave having an electrical field amplitude of 12.5 V.m propagates in a…
A: Solution
Q: In the circuit shown below what is the output voltage (Vout) if a silicon transistor Q and an ideal…
A:
Q: c) 50 kHz. Assuming that a 12.5kHz signal produces the peak carrier deviation, calculate the…
A: Brief description : In frequency modulation system frequency of the carrier signal will vary in…
Q: The symbol shown is for: IGBT MOSFET Bipolar transistor Thyristor (SCR)
A: 7) To identify the given electronic symbol
Q: :A resistance of 8 ohms and an impedance of Z,=3+j+ chms are connected in parallel across 1loV AC…
A:
Q: A rectangular coil of area 0.1 m2 and with 100 turns is rotated with a frequency, f = 50 Hz in a…
A:
Q: MA When the Dase eed for write your numeric answer only (without the unit) in the space provided.…
A:
Q: An RLC network is shown in figure. Define the state variable as :- X, = i, X, = i2, X3 = Ve Let…
A:
Q: 6. Determine the total energy consumption and cost of using the following appliances if the rate is…
A: In this question we need to find the total energy consumption and cost of the given appliances
Q: In the circuit shown below , find the following: (a) total resistance, (b) total current, (c)…
A: As per the guidelines of Bartley we supposed to answer first three subpart only for solution of…
Q: determine the resistance of a 1609-meter length of 12-gauge copper wire. Given: length = 1609…
A:
Q: QI) design a colpitts oscillator to produce an oscillation at 2 kHz with all capacitors & resisters…
A:
Q: Example 4-3. A 480-V, 50-Hz tor has a per-phase synchrocous reactance of 1.0 (0. Its full-load 60 A…
A: Synchronous Generator: A synchronous generator is a synchronous machine that uses electromagnetic…
Q: Exp. 6 Simple DAC using op-amp (summing amplifier)
A: DAC stands for Digital to Analog Converter. It is device which can convert digital data into…
Q: Tips 1- What are Zeros and Poles for frequency response 2- What are the effects of negative…
A: Brief description: In the above given question they are discussing about zeros and poles of a…
Q: Summarize all the key points that can acquire in Field-Effect Transistors (and MOSFET) and what is…
A: FET (Field Effect Transistor): The field-effect transistor (FET) is a kind of transistor that…
Q: II Impedance Z, -loti12 chms and another. impedance Z,=6-j8 ohms are connected in parallel aross a…
A: In this question we need to find a total power of the given circuit.
Q: A circular beam of charge of radius 100 cm moving with a constant speed u = 3. 108 m/s along the +z…
A: Given,The radius of the circular beam is,r=10 cmThe constant speed is,u=3×108 m/sThe charge density…
Q: In the circuit of Fig. 2.76, obtain v1, V2, and v3. 15 V 25 V 10 V + V2 - + v2 20 V v1 = V V2 = V3 =…
A: To find voltages v1 , v2 and v3 in the given circuit
Q: The transfer function of discrete time system is given by: -+0.8z-0.8 -1.19 H[2) =- a) Sketch…
A: “Since you have posted a question with multiple sub-parts, we will solve first three sub-parts for…
Q: G5 C(s) G1 G2 G3 G4 R(s) – G6 Ho H,
A: This is a basic problem of block diagram reduction . The calculation is shown in the next step
Q: 500mF i(t) + v(t) - Given v(0)=-8 V and i(t) (in A) is shown below: i(t) (in A) 1 3. 4 6 7 9 10 11…
A: Given Initial voltage and current waveform. We need to determine the output voltage. Please find…
Q: For the transistor circuit shown below, what is the value of the collector current? Vcc = +16 V Ic…
A:
Q: A: Use Karnaugh map to simplify the following Boolean expression : F(a, b, c, d, e) = IIm (0, 2, 6,…
A: As per the guidelines, we are supposed to answer only first question. Please repost the remaining as…
Q: : which of these staten 3. The phase margin is the change in open-loop phase shift, required at…
A: In this question we will write about phase margin , discrete system stability and transfer function…
Q: I. Impedance Z, -lo+;12 chms and another.impedance Z,=6-j8 ohms are connected in parallel adross a…
A:
Q: 2.43 Find VA and V, in the circuit in Fig. P2.43.
A:
Q: For the transistor circuit shown below, what is the value of the emitter current? Vcc = +20 V Rc Ic…
A:
Q: The instantaneous values of two alternating voltages are represented respectively by vị = 60 sin 0…
A: Given: v1=60sinθv2=40sinθ-π3
1. Define electric field intensity.
2. Give the characteristics of an electric line of force.
Step by step
Solved in 2 steps
- ELECTROSTATICS ELECTRIC FIELD AND FIELD STRENGTH Please refer to the answergive 2 examples of electrostatic devices with explanationConsider a point charge Q surrounded by two different materials. The properties of the materials are as illustrated in the figure. (c) Plot the variation of the electric field intensity and the electric flux density with distance from the point charge, considering the point charge as the reference.
- 1b. What are the factors that affects or influence the electrical properties of a material?Observe the results of an electromagnet experiment to see what happens when the wire material is changed from copper to string and aluminum. Also, describe the differences between the three types of materials.Write a short report about the following electrostatic application: * Laser Printers
- Describe what will happen to the current flow through a conductor given the following changes in properties: a) Increase in electrical resistivity -b) Decrease in electrical conductivity -c) Increase of temperature -d) Decrease in length -e) Thinning -How does the electric field enclosing a given charge vary when the area enclosed by the charged is doubled? Assuming the electric flux is constant.A long copper wire carries a current of 15A which is evenly distributed in each cross-section of the wire. If the diameter of the wire is 3 mm, and the resistance per unit length is 4 ohm/km. Calculate the density of the magnetic and electric fields on the surface of the wire.