A 40 watts x 120 cm long fluorescent lamp produces 3200 lumens of light in a dining room of 10 ft x 20 ft. Compute the illumination on the floor comparing the English and Metric units.

Q: Write the state equations for the circuit in below. C2 R1 e(t) R1

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Q: Solve the following differential equation subject to the specified initial conditions. d²i +5+41 = 8…

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Q: v(t) Determine a state variable model for the circuit shown in Figure .The state variables are x₁…

A: The given circuit isThe state variables arex1(t)=i(t).x2(t)=v1(t).x3(t)=v2(t).We need to find the…

Q: 1.20 Generate plots for each of the following step- function waveforms over the time span from −5 s…

A: Given three signals with different subsignalsasked to plot in the time frame of -5s to 5s

Q: If R₂ = 2R₁ and L2 = 2L1, then the damping ratio ($) for the circuit is given by (= 3.0 (= 1.0 (=…

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Q: The below S-plane indicates that the system is_ jw s-plane X -7 undamped over damped critically…

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Q: This is a part of a review I'm studying, NOT a graded assignment, please do not reject. May someone…

A: The system function is⇒Y(s)=4(s+50)s2+30s+200R(s) ;Where r(t) is input and y(t) is the output.We…

Q: Solve the following differential equation: - + 2 dx(t) + 2x(t) = sin(2t) dt a) b) C) d²x(t) dt² x(0)…

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Q: An RLC circuit is shown in Figure P1. (a) Identify a suitable set of state variables. (b) Obtain the…

A: The given circuit isa. We need to identify the suitable set of state variables.b. We need to write…

Q: Give all the steps needed to solve RL circuits using the differential equation approach

A: Find all the steps needed to solve RL circuits using differential equation approach.

Q: a series circuit consisting of a resistance r an inductor l and a capacitor c, is connected to a…

A: We will apply KVL in loop to find diffrential equation relating current in RLC series circuit.…

Q: 1- Create circuit the 2nd order circuit using with 2 capacitors and 2 resistors. Following the state…

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Q: 1) Estimate the time constants for the three components whose step-response curves are shown here:

A: For the given time domain response graph the value of the time constant needs to be calculated.

Q: 1. Add the following numbers that are in 2's complement (n=7). Show your work, and convert all…

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Q: Simplify the following functions: Sin(t²-2).8 (t) = -8(t)

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Q: In the circuit below, there is no energy stored (zero initial conditions). To put Vg(t) R C + Vc(t)…

A: The given circuit isThere is no energy stored in the circuit initially. i.e zero initial…

Q: It makes sense up to that point but I'm getting a little confused on how you got C1 & C2.

A: The value of the unknown parameters C1 and C2 needs to be calculated by solving the two equations.

Q: First order system is defined as

A: Type is defined by number of poles at origin.

Q: Reduce the following block diagrams using the block diagram reduction method

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Q: Example: Sketch the root loci for the system. K(s+ 1) (s+3.6)

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Q: im looking at analysing RL and RC circuits (First order circuits) and im wondering how to determine…

A: Given R C and RL circuits we have to find differential and general expressions.

Q: n the following circuit below, at t = 0 the switch closes: R₁ ww R3 ww + Vs Vs = 18V Xt=0 m R₂ R₁ =…

A: The given circuit isWe need to determine the output voltage, vo(t) using differential equation…

Q: R M i(t) 10 His L Vo C v(t)

A: Given Data:A series RLC circuit with,The passive elements The initial capacitor voltage To Find:The…

Q: Please write the first order equations for RC and RL circuit and find the solutio

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Q: Given that: R1=9420, R2=9531, R3=9803, Vs=2.6, The circuit shown below is at a steady-state before…

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Q: Verify if the S box given by S1 is linear or non-linear. Take any 2 inputs, find their outputs of…

A: Linear or Nonlinear:

Q: Problem 3: Obtain time-domain mathematical model of the following circuit.

A: In the given question we need to drive the position equation of the given electrical system.

Q: (2x?t – 2x³)dt + (4x³ – 6x²t + 2xt²)dx = 0

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Q: G1(s)- R(s) C(s) G2(s) G5(s) G6(s) + Problem 1 G3(s) G4(s) G7(s) +4

A: Block diagram

Q: Simplify the given block diagram below into a single block. G8(s)- R(s) + G6(s)- G1(s) G3(s) C(s)…

A: Block Diagram Reduction Rules: Follow these rules for simplifying (reducing) the block diagram,…

Q: give simple experiment on complete response of first-order dynamic circuits of RC circuit

A: In the following section, an example related to the complete response of the first-order RC circuit…

Q: please answer completely and accurately.

A: Brief description: For the above given question we need to write characteristics of undamped and…

Q: Problem 3-9 Find and sketch the convolution between the following two functions for (T =1), (T =2)…

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Q: A -600 µC charge (blue charge) and a 800 µC charge (red charge) are positioned as shown in the…

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Q: The' Transfer Fcn'block can be extracted from 'Commonly Used Blocks' library. If the dumping ratio…

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Q: 2. The circuit shown in Figure-2 is at steady state before the switch closes at time t= 0. The input…

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Q: Given the following state equations and the output equation a. b. *₁ =-x₁ + 2x₂ + u x₂ =-3x₁-x₂ + Su…

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Q: I= 0 400 400 1-0 100 V 600 St) oR0.1 H 0.5 A (

A: First we will find out current for given RL circuit then we will find out the voltage by krichoff's…

Q: For the system shown in Figure 5, use MATLAB to find the following: a) The system type b) K, K., and…

A: The given system block diagram is shown below,

Q: nvolution between the fo

A: Given the signal: We need to find and the graphical convolution of f(t) and h(t).

Q: erential equations for the s

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Q: Problem 2 Find the Nth order differential equation that relates the output y(t) (current through R4)…

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Dielectric Breakdown

A dielectric is a material with low electrical conductivity and so is classified as an insulator. Dielectric materials are used to block the flow of electricity through them, allowing them to behave as an insulators. They can also be used to store electric charge or improve capacitance.Dielectrics have no free electrons for conduction because electrons are tightly bound to the nucleus. Because dielectrics contain a small number of electrons for electrical conductivity, they have a dipole. The two primary roles of dielectrics in electrical devices are insulation and electrical energy storage. An electric field polarizes the dielectric, and the polarization of the molecules allows dielectric materials to store charge.