The diagonal elements of a nodal admittance matrix are strengthened by adding : Shunt inductances
Description : Define admittance and state its unit.
Last Answer : Admittance is defined as the ability of the circuit to carry (admit) alternating current through it. OR It is the reciprocal of impedance Z. i.e Admittance Y = 1/Z. Unit: Its unit is siemen (S) or mho (Ʊ).
Description : Which of the following is the SI unit for admittance? A) Ohm B) Henry C) Farad D) Siemens
Last Answer : Which of the following is the SI unit for admittance? A) Ohm B) Henry C) Farad D) Siemens
Description : what is the reciprocal of admittance?
Last Answer : impedance is the reciprocal of admittance.
Description : In which of the following transmission lines, the value of the Shunt admittance should be approximated to zero ? (A) A 66 kV 35 km long line (B) A 132 kV 200 km long line (C) A 220 kV 300 km long line (D) A 400 kV 500 km long line
Last Answer : In which of the following transmission lines, the value of the Shunt admittance should be approximated to zero ? (A) A 66 kV 35 km long line (B) A 132 kV 200 km long line (C) A 220 kV 300 km long line (D) A 400 kV 500 km long line
Last Answer : Admittance relay is directional relay.
Description : Nodal Analysis of Electric Circuits Example
Last Answer : Nodal Analysis of Electric Circuits Example 1 : https://youtu.be/XLS6kDQuHj0 Nodal Analysis of Electric Circuits Example 2 : https://youtu.be/OFhurvl74bA Nodal Analysis of Electric Circuits ... youtu.be/GmOozdjTVtM Nodal Analysis of Electric Circuits Example 9 : https://youtu.be/KjgfjJ7Ubb8
Description : Nodal Analysis Example 3
Last Answer : Nodal Analysis Example 3
Description : Nodal Analysis with Voltage Sources dependent voltage source and two supernode
Last Answer : Nodal Analysis with Voltage Sources dependent voltage source and two supernode
Description : Nodal analysis example with voltage source and supernode
Last Answer : Nodal analysis example with voltage source and supernode
Description : Nodal Analysis with Voltage Sources
Last Answer : Nodal Analysis with Voltage Sources
Description : Nodal analysis example with dependent current source
Last Answer : Nodal analysis example with dependent current source
Description : Nodal Analysis Example 2
Last Answer : Nodal Analysis Example 2
Description : Nodal analysis example 1
Last Answer : Nodal analysis example 1
Description : Sinusoidal Steady-State Analysis - nodal analysis super node problem solution 2
Last Answer : Sinusoidal Steady-State Analysis - nodal analysis super node problem solution 2
Description : Sinusoidal Steady-State Analysis - nodal analysis super node problem solution
Last Answer : Sinusoidal Steady-State Analysis - nodal analysis super node problem solution
Description : Sinusoidal Steady-State Analysis - Using nodal analysis, find node voltages in the circuit.
Last Answer : Sinusoidal Steady-State Analysis - Using nodal analysis, find node voltages in the circuit.
Description : Nodal analysis problems
Last Answer : Nodal analysis problem 2
Description : Find current through resistor using nodal analysis
Last Answer : Find current through resistor using nodal analysis
Description : Nodal analysis problem two current source
Last Answer : Nodal analysis problem two current source
Description : Nodal analysis problem
Last Answer : Nodal analysis problem
Description : Basic Circuit Elements
Last Answer : Resistance ,current,voltage
Description : State elements of diesel electric power plant with their functions.
Last Answer : Elements of Diesel Power Plant with their function): 1) Diesel Engine: - This is the main component of the P.P. which develops mechanical power. 2) Engine air intake system: - Air ... fuel as per requirement. 10) Alternator: - Its function is to convert mechanical power into electrical power.
Description : Which of the following elements are used as dopants in silicon or germanium semiconductors? A) Antimony B) Phosphorus C) Arsenic D) All the above
Last Answer : Which of the following elements are used as dopants in silicon or germanium semiconductors? A) Antimony B) Phosphorus C) Arsenic D) All the above
Description : Name the diagonal and off diagonal elements of bus admittance matrix.
Last Answer : The diagonal elements of bus admittance matrix are called self admittances of the buses and off diagonal elements are called mutual admittances of the buses.
Description : Elements
Last Answer : An element is a chemical substance that can’t be divided or changed into other chemical substances by any ordinary chemical means. The smallest unit of an element is the atom.
Description : Basic Circuit Elements Symbols
Last Answer : Basic Circuit Elements Symbols
Description : Have you ever experienced a 'glitch in the Matrix'?
Last Answer : Yes… I will have deja vu but realize that the event is unfolding in an ever-so-slightly different way. Since reading The Number of the Beast by Heinlein I always think of it as a rewrite.
Description : Matrix problem 5
Last Answer : Matrix problem 5
Description : matrix problem 4
Last Answer : matrix problem 4
Description : Square of matrix problem
Last Answer : .embed-container { position: relative; padding-bottom: 56.25%; height: 0; overflow: hidden; max-width: 100%; } .embed-container iframe, .embed-container object, .embed-container embed { position: absolute; top: 0; left: 0; width: 100%; height: 100%; }
Description : 2x2 matrix problem 2
Last Answer : 2x2 matrix problem 2
Description : 2x2 matrix problem
Description : 3X3 inverse of matrix short trick
Last Answer : 3X3 inverse of matrix short trick
Description : The necessary condition to diagonalise a matrix is that (A) its all Eigen values should be distinct. (B) its Eigen vectors should be independent. (C) its Eigen values should be real. (D) the matrix is non-singular.
Last Answer : The necessary condition to diagonalise a matrix is that (A) its all Eigen values should be distinct. (B) its Eigen vectors should be independent. (C) its Eigen values should be real. (D) the matrix is non-singular.
Description : For a singular matrix (A) at least one Eigen value would be at the origin. (B) all Eigen values would be at the origin. (C) no Eigen value would be at the origin. (D) none.
Last Answer : For a singular matrix at least one Eigen value would be at the origin.
Description : 2000 The rank of matrix is
Description : The Matrix has Complex eigenvalues and vectors
Last Answer : The Matrix has Complex eigenvalues and vectors
Description : For the given orthogonal Matrix, the inverse is,
Last Answer : For the given orthogonal Matrix, the inverse is,
Description : Linear algebra problem: Rank of a matrix
Last Answer : Linear algebra problem: Rank of a matrix https://youtu.be/b7tPLA3_y6Y
Description : Linear algebra problem: The determinant of the matrix
Last Answer : Answer : Linear algebra problem: The determinant of the matrix
Description : The lowest eigenvalue of the 2x2 matrix
Last Answer : Linear Algebra Problem The lowest eigenvalue of the 2x2 matrix https://youtu.be/QatcRTzF7EA
Description : The determinant of a 2 x 2 matrix is 50. If one eigen value of the matrix is 10, the other eigen value is ________.
Last Answer : https://youtu.be/1WrgXbDX1K4
Description : Linear Algebra Problem The product of eigen values of the matrix
Last Answer : Linear Algebra Problem The product of eigen values of the matrixhttps://youtu.be/JGcynUZFQ78
Description : Which of the following is true for a bus impedance matrix ? (A) It is sparse (B) It has diagonally dominant elements (C) It is the inverse of the bus admittance matrix (D) Each element of it is the reciprocal of the corresponding element in admittance matrix
Last Answer : Which of the following is true for a bus impedance matrix ? (A) It is sparse (B) It has diagonally dominant elements (C) It is the inverse of the bus admittance matrix (D) Each element of it is the reciprocal of the corresponding element in admittance matrix
Description : For a 15-bus power system with 3 voltage controlled buses, the size of Jacobian matrix is
Last Answer : For a 15-bus power system with 3 voltage controlled buses, the size of Jacobian matrix is 25 x 25
Description : Please ripley me due to emergency
Last Answer : To calculate the flux density in the ring, you need to use the following formula: B = (μ * I * N) / (2 * π * r) where: B is the flux density in the ring (in teslas) μ is the relative permeability ... 2 * π * 0.127 m) = 0.53 T So the flux density in the ring would be approximately 0.53 teslas.
Description : To what degree are our lives determined by our social classes?
Last Answer : Things that you do for yourself for free + money you save for helping yourself , from feeding ,bathing and clothing oneself to consoling yourself and others. First aid without having to go to the hospital, giving advice for free… + money you have saved to pay others to look after you.
Description : Is it worth it to buy a used vehicle and add mods or just buy new?
Last Answer : Just get a new 2013 Honda Accord.
Description : I need a poem with assonance and/or allusion in it?
Last Answer : This has a list of poems that include assonance.
Description : A 1000 × 1000 bus admittance matrix for an electric power system has 8000 non-zero elements. The minimum number of branches (transmission lines and transformers) in this system are _____ (up to 2 decimal places)
Last Answer : Ans: 3500.00