Determine the centeroid of the shaded area shown in fig 40 mm 40 mm 30 mm 20 mm
Q: Q3:- For the capacitor of Fig-3 a. Determine the capacitance. b. Determine the electric field…
A:
Q: Problem 2: Find Z¡Z2 , Z1/ Z2. Z+ Z2 Z1- Z2 and write your answers in both polar and rectangular…
A: Given data, The value of Z1 = 10+j5 = 11.18∠26.56∘ The value of Z2 = 20-j20 = 28.28∠-45∘ In…
Q: A particle travels along a straight-line path (y 1.7 x). If the x component of the particles…
A: First we will find velocity in y direction then we will find out magnitude of velocity
Q: Q/ Given X(z) z(z+1) (z²–3z+2)(z-4) %3D find x(n) for the following ROC using partial fraction…
A:
Q: Use Kirchhoff’s laws to find the current flowing in the capacitive branch of Fig. 15.3
A: Given: An ac network. According to question: Applying KVL in loops [abgha], [bcfgb] and [cdefc],…
Q: The voltage and current at the terminals of the cir- cuit element in Fig. 1.5 are zero for i < 0.…
A:
Q: Given that om/omc = 10, drag the tip of the arrow to the point on the X-axis corresponding to…
A: Given information, om/omc=10. And figure is also given in the question. We need to drag the tip of…
Q: etermine the magnitude of the electric field at point (3.4,0) cm in rectangular coordinate system if…
A:
Q: Given the following vectors and points, transform each to spherical coordinate system. 8ax at…
A:
Q: Q1:Obtain V1 and V2 in the circuit of Fig. 20 Ω j15 Q el 10 2 30 Ω 2:3 220/20° V (+ -j162 V2
A: The given circuit is shown below: Applying K.V.L in all the loops of the above circuit,…
Q: a point moving in space has an acceleration of 3sin(t)i+3cos(t)j+6k has a velocity of i+3j+6(pi)k at…
A: acceleration=3sinπi+3cosπj+6k velocity=i+3j+6πk
Q: 12–29. A ball A is thrown vertically upward from the top of a 30-m-high building with an initial…
A: Given: A ball A is thrown vertically upward from the top of a 30-m-high building with an initial…
Q: Determine Vx and iz in the fig(1) iz 12 sint V
A: Given
Q: 米 (0 1) r to Fig 2. The vector representation of the constellation diagram shown is an example of I…
A: Every signal has n bits to represent then it is 2n PSK
Q: During the gold medal hockey game between USA and Canada, a shot was taken from 11.3 meters away at…
A: Given: Velocity = 28.33 m/sec Distance = 11.3 meters Time taken = ?
Q: 3.) Given point C(p=3.61, = 146° , 1) find: a) the rectangular coordinates of C
A: In this question we need to convert the given point c into rectangular coordinate .
Q: Ex (H. W) Cal culate the current in 15A resistor shown in fig By using super positien theorem. 10 2…
A:
Q: Q3) If Determine and graph the locus represented by |Z+ = 4 Iz- 1
A: Please like my answer
Q: Determine if the system given is 1.static or dynamic 2.linear or non-linear y(t)=x(-t)cos(πt)
A: 1) for static value of output should be depends on present values if output depends on past or…
Q: Ques 9: Determine if the system is linear or non-linear, for the system described by the following…
A:
Q: Globe 1:56 PM 65% Ailley Nhi... A. Show your complete solution. a. If you are going to use manual…
A:
Q: You drive your car in a straight line at 15 m/s for 10 kilometers, then at 25 m/s for another 10…
A: given data: You drive your car in a straight line at 15 m/s for 10 kilometers, then at 25 m/s for…
Q: 15. In a series RLC circuit of R= 4.2 ohms, L3 0.03 Hendry, C = 450 microfarad. If I = 10 A, find…
A:
Q: Determine the resultant of the force system shown in fig. and its diarection if F1= 750 N ?and the…
A: By resolving vertical and horizontal components of all three Forces
Q: 4. Find the area of the region bounded by y = x3 – 8, the x-axis and the y-axis.
A: Given Region bounded by y=x3-8 ,the X-axis and the y-axis
Q: The value of 'gmo' in the equation gm= gmo (1- Ves/Vp) is taken when 9m=0 O VGs=0 O Vp=0 O Vp =0.5
A: Given equation gm=gmo(1-Vgs/Vp)
Q: guestio Q1/A /Give the time diagram for Fig .1 (Assume that A= 1010, B= 1110, C=1000 and D =1010)…
A:
Q: pos par along the x-axis is given by (X(t)=3t+2t^3 ). Find the acceleration O a= 3+6t^2 ( m/sec2) O…
A:
Q: Find divergence of F(R)=ark/R3 . (k is a constant, spherical coordinates)
A: Given: FR=a^rKR3R=r =radial distance in spherical Coordinates
Q: Fig. a. Determine re- b. Find Z; and Zp. c. Calculate Ay.
A: Please refer the attached images for the complete answer.. "Since you have asked multiple question,…
Q: 1.Determine the Simplified expression for the Given Kmaps C'D' C'D CD CD' Answer Here: A'B' A'B 1 АВ…
A: The solution can be achieved as follows.
Q: Find the current Supplied by each battery in the Circuit Shown in fig. applying Maxwell's loop…
A:
Q: Given one rectangular sequence and one triangle sequence defined belo n=0 1 and h(n) ={2 n=1 (1…
A: Solve the problem
Q: Q4: The coordinates of a moving particle are given by x = 4t – and y = 3+ 6t – Find the velocity and…
A: We are given x and y and asked to find velocity and acceleration at t= 2 seconds
Q: bläi 5 Find the resultant of the concurrent co-planar forces system as shown in * ?fig 6200 lb 3800…
A:
Q: A robot wheel rotates with a constant angular speed of 2 rad/s. The radius of the robot wheel is…
A: Given data: ω=2 rad/s r = 0.2 m t=3 s
Q: Q1:Obtain V1 and V2 in the circuit of Fig. 20 Ω j15 Ω ell 10 Ω 30 Ω 2:3 220/20° V (+ -j16 Q V2
A: The given circuit is shown below: Applying K.V.L in the mesh 1, mesh 2, and mesh 3 of the above…
Q: ITot R1 R2 ВAT1 12 Q 9 V
A:
Q: Rq = 3.00 N R3 = 3.00 N a R2 = 3.00 N R4 = 4.00 N V = 24.00 V V2 = 29.00 V f e d
A: Circuit diagram is given,
Q: Given the following vectors and points, transform each to spherical coordinate system. 9az at…
A:
Q: Consider the capacitor shown in Fig. 1-33. Let input x(t) = i(t) and output y(t) = v,(t). (a) Find…
A: Given information: The input to the system is xt=it. The output of the system is yt=vct. The…
Q: E8.8 Find the current i(t) in the network in Fig. E8.8. i(1) v(t) = 120 sin (377t + 60°) V Figure…
A:
Q: The voltage and current at the terminals of the cir- cuit element in Fig. 1.5 are zero for t < 0.…
A: We have given the following problem
Q: Draw the lattice plane (112) with the coordinates shown below.
A:
Q: Q3: Air flows across a 20-cm-square plate with a velocity of 5 m/s. 1
A: Reynolds number is a dimensionless which decides whether flow is turbulent, laminar or in transition…
Q: Reducing F = IABC + A/BC + AB/C + ABC would result in the equation: %3D Select one: Оа. АВ + вс + AC…
A:
Q: neglecting air resistance, the number of feet an object will fall in "t"seconds near the surface of…
A:
Q: Find mutual inductance of straight wire and rectangular loop shown in the Fig. L=1.46 m; a=D3.4 cm;…
A: Mutual inductance
Q: Find the directrix of the parabola y^2 + 8 = 24
A: Given equation,y2+8=24y2=16Since above equation involves y2Its axis is x-axis y2=16xCoefficient of x…
Step by step
Solved in 2 steps with 2 images
- Determine the stability of the system whose characteristic equation is 25s^4 + 105s^3 +85s^2+42s + 10 = 0 according to the Routh Stability criterion with the following explanations: a) Create the routh table according to the given characteristic equation. b) Calculate the necessary coefficient in the table you created. c)State whether the system is stable and how you determined it.What is the speed [km/hr]of an ambulance with a siren frequency of 1KHz if you hear it at 1.10 kHz? a. 40 b. 80 c. 120 d. 160 e. 200Kindly do ASAP
- 3nu(-n) 0.1nu(-n) + 2nu(-n) Determine if stable system or not using infinite geometric series formulaDon't copy Reply asap.. What is salometer ?If the turn on and turn off energy losses in a transmitter are 51 mJ and 76.8 mJ respectively and the mean power loss is limited to 200 W, what is the maximum switching rate that can be achieved ? A)15649 cycles/sec B)156.49 cycles/sec C)1564.9 cycles/sec D)15.649 cycles/sec
- Determine the minimum diameter of the rotor required to generate 500kW of wind energyfor a standard wind turbine. Assume the average wind speed of the site is 12 m/s and thepower coefficient of the turbine is 0.4.q15/ choose the correct answer In a 200kV transmission system, the transmission line can be used as a medium for power carrier communication. Select one: True FalseTable below shows the 15-minute kW demands for four customers between the hours of 17:00 and21:00. A 25 kVA single-phase transformer serves the four customers. Time Cust #1 Cust #2 Cust #3 Cust #4kW kW kW kW17:00 8.81 4.96 11.04 1.4417:15 2.12 3.16 7.04 1.6217:30 9.48 7.08 7.68 2.4617:45 7.16 5.08 6.08 0.8418:00 6.04 3.12 4.32 1.1218:15 9.88 6.56 5.12 2.2418:30 4.68 6.88 6.56 1.1218:45 5.12 3.84 8.48 2.2419:00 10.44 4.44 4.12 1.1219:15 3.72 8.52 3.68 0.9619:30 8.72 4.52 0.32 2.5619:45 10.84 2.92 3.04 1.2820:00 6.96 2.08 2.72 1.9220:15 6.62 1.48 3.24 1.1220:30 7.04 2.33 4.16 1.7620:45 6.69 1.89 4.96 2.7221:00 1.88 1.64 4.32 2.411. For each of the customers determine:a) Maximum 15-minute kW demandb) Average 15-minute kW demandc) Total kWh usage in the time periodd) Load factor2. For the 25-kVA transformer determine:a) Maximum 15-minute diversied demandb) Maximum 15-minute noncoincident demandc) Utilization factor (assume unity power factor)d) Diversity factore) Load diversity3. Plot the…
- Assume parabolic trough collectors have been installed in Muscat where the solar irradiance is 1000W/m2 . The total area of the collectors is 6000 m2 and the average efficiency of the plant is estimated to be 15 percent. Determine the amount of electricity that can be produced by this power plant.What is the common electrical service to a residence? Select one: A. 208 V/3Ø/60 HZ B. 240 V/1Ø/60 HZ C. 480 V/3Ø/60 HZ D. 240 V/3Ø/60 HZA critical factor in the section of a generation of a generator for a particular application is that ______? A. It must fit on the applicable concrete pans and match the décor of the commercial building B. It must have the same voltage output as the normal building power supply C. The fuel supply must be available only 50% of allowable time D. The repair parts must be manufactured and conform to the ISO 9001 standards.