Describe Lagrange's multiplier using an example. undetermined
Q: H6
A: For Anti-hermitian, A^,B^+=-A^,B^ So, B^+A^+-A^+B^+=B^A^-A^B^ This condition is only possible when…
Q: 4. Let H= C³ with the standard inner product, and {10), 1), (2)} be an or- thonormal basis of H. (a)…
A: Hwre we will find that weather the operator A Hermitian or not.
Q: From the Lagrangian L(x,x)=-mx². -kx2 find the Lagrange's equation of motion: 2 2 Amx²+kx=0 OB.mx2.…
A: To write the Euler Lagrange equation of Lagrangian given above
Q: q53 3x + x+ 1 Example 7.20. Using Lagrange's formula, express the function a sum of partial…
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Q: 2. Ein d lagranges e quation
A: Given data, Lagrangian of a system is given as following :- Lq,q.,t=q.4-q29
Q: Draw the structure of a hybriding and find its S-matrix. Also write its applications.
A: GivenDraw the structure of a hybrid ring and find its Smatrix. Also write its applications.A Hybrid…
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Q: Define and identify at least 2 examples the application of Gauss`s Law
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Q: A particle of mass m moves in a potential of the form V(x)= 2 cx² cx4 where c is a constant.…
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Q: 1. Write a boolean function with three variables and it should involve (+) and (.) 2. Draw the…
A: Boolean function with three variables and it should involve (+) and (.)
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Q: (9 polnts) Consider the initial value problem if 0<t<1 10 if 1 <t <5 if 5 <t< 00, y +4y = y(0) = 2.…
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Q: The energy flow through the turbine follows a stepped function, laplace transforms will need to be…
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Q: determine the eigenvalues and eigenfunctions in the potential well ? Please give answer in detail
A: To answer: The eigenvalues and eigenfunctions of the potential well.
Q: Show that the equation * + 2ßx + wžx = 0 can also be obtained from the following modified Lagrange…
A: For harmonic oscillator Fundamental frequency = √k/m And damping coefficient = b/2m
Q: explain in what conditions lagrange's multiplier method can be used for holonomic constraints?
A: Concept used: For a given system, no. of degrees of freedom reduce due to constraints on system.…
Q: what Cydic Coordinates? are
A: Cyclic coordinates are generalized coordinates which do not explicitly enter the Lagrangian form of…
Q: Part c) In the problem of the three coupled pendula, consider the three coupling constants as…
A: The total energy of the coupled oscillator is given by E=U+Twhere U is the potential energy and T is…
Q: Given and are Hermitian what can you say about NA (1) ΩΛ+ ΑΩ (2) [2, A] (3) i[N, A) ?? and (4)
A: Concept used: If A is a Hermitian operator: A+=A
Q: b) Show that the boolean expression AB + AC + ABC(AB + C) = 1
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Q: 2. Show that the following functions are harmonic, that is, that they satisfy Laplace's equation,…
A: So we have to prove the following functions are harmonic i.e they satisfy the Laplace equation.…
Q: а. s2+2s+10 1 b. s2+4s+9 С. s²+7s
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Q: Bertrand's theorem and orbits Prove Bertrand's theorem for closed orbits in detail. 1. Show that for…
A: INTRODUCTION:- CLOSED ORBIT THEOREM:- Bertrand’s theorem states that the linear oscillator and the…
Q: Prove that a controlled NOT gate can be written in terms of two Hadamard gatesand a controlled Z…
A: Logic gates are idealized models of computational devices or physical electronic devices that…
Q: Lagranges multipliers? ibat Sonditions in. gn
A: In mathematical optimization, the method of Lagrange multipliers is a strategy for finding the local…
Q: @Derive the Lagrange's equations of Motion for down an inclined plane without Slipping disk that is…
A: Determinig the Lagrange's equation of Motion for the disk shown in the figure, we know, L=T - U The…
Q: What are some practical applications of Lagrange's equations in the field of physics?
A: Lagrange's equations of motion are a statement of the second law of motion in terms of energy rather…
Q: Consider "step" potential V(x) = V. if 0ラx (a) Calculate the reflection coefficient, for E Vo.
A: Given: Step potensitial Vx=0if x=0V0if x>0 To find: Reflection coefficient for the case, a)…
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A: Lagrangian equation of motion is given by…
Q: Suppose the kinetic energy operator, T, was instead given by the differential operator d²/dx² in…
A: If is Hermitian operator then , Here kinetic energy operator is given as: If is a wave function…
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Q: Explain in detail and with the aid of diagrams the absence of the C type Bravais lattice for the…
A: The base centered or c-centered cubic lattice system doesn't exist because it can be redrawn to a…
Q: determine the eigenvalues and eigenfunctions in the potential well ? Please give answer in detail
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Q: 4. Does the condition dp/dt reference systems? Explain. 0 mean the same thing in the Lagrange and…
A: dρdt=0(given),langraingian formula for electromagnetism current is conserved, dρdt+∇·J⇀=0if…
Q: Simplify the Boolean function and design its logic gate D (x, y, z) = XY’Z’+X’YZ’+XYZ+X’Y’Z
A: D=XY'Z'+X'YZ'+XYZ+X'Y'Z
Q: Deline Delta Punction potential- Show that For a delta Function potential the wNave Fenction the…
A: A delta-function is an infinitely high, infinitesimally narrow spike at x = a where a can be origin.…
Q: Derive and discuss the Lagrange equation of motion of a of radius ca? body maving on a sphere
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Q: Write the Boolean Expression F for the following logic diagram.
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Q: 5. For the following diagram derive the Boolean algebra and complete the truth table. X no C
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