Electrodynamics.
Consider a linear medium where and are both zero in the region of interest.
Show that the Maxwell's equations are invariant to the transformation
where is a dimensionless constant and is a constant but arbitrary angle. In other words, if and are solutions of Maxwell's equations, show that and too.
Consider the special case and thus show that, in this sense, the fields and can be interchanged.
This property is often named the duality property of the electromagnetic field.
Step by step process with good handwriting, please. Thank you.
Electrodynamics. Consider a linear medium where and are both zero in the region of interest. Show that the Maxwell...
consider the variation of constants formula where P(t)= a) show that solves the initial value problem x'+p(t)=(t) x()= when p and q are continuous functions of t on an interval I and tg p(s)ds We were unable to transcribe this imageWe were unable to transcribe this imageWe were unable to transcribe this imageWe were unable to transcribe this imageWe were unable to transcribe this image tg p(s)ds
Linear statistical models For ridge regression, we choose parameter estimators b which minimise where is a constant penalty parameter. Show that these estimators are given by 7n i=1 We were unable to transcribe this imageWe were unable to transcribe this image 7n i=1
Consider a sphere centered at the origin of radius 1 that rotates about the z-axis in a "west to east" direction with constant angular speed . Suppose that an ant travels "north" on the sphere with angular speed and is located at (1,0,0) at time t=0. Then the position of the ant can be given by for . Compute the acceleration and show that it can be written as where, , . We were unable to transcribe this imageWe were...
Consider the dimensionless harmonic oscillator Hamiltonian, (where m = h̄ = 1). Consider the orthogonal wave functions and , which are eigenfunctions of H with eigenvalues 1/2 and 5/2, respectively. with p=_ïda 2 2 We were unable to transcribe this imageY;(r) = (1-2x2)e-r2/2 (a) Let фо(x-AgVo(x) and φ2(x) = A2V2(x) and suppose that φ。(x) and φ2(x) are normalized. Find the constants Ao and A2. (b) Suppose that, at timet0, the state of the oscillator is given by Find the constant...
Consider a paramagnetic material that obeys Curie's Law, where Cc is a constant, and whose heat capacity at constant magnetization is with constant A also Assume that a Carnot cycle is performed using paramagnetic solids as working material (i.e. as the ideal gas in the usual case). Show that with obvious notation We were unable to transcribe this imageT2 QinTalta Qout Tbaja T2 QinTalta Qout Tbaja
3. Consider a market for antifreeze washer fluid where demand is P 250 30 with quantity in number of bottles and price in cents. Suppose that for firms selling an tifreeze, the marginal cost is constant and given by MC 70 cents. (a) (1.5 points) If the market was served by a monopoly, what would be the quantity an price? We were unable to transcribe this image(d) (2 points) Use the graph below to show the best responses and illustrate...
e (4 marks) Let m be an integer with the property that m 2 2. Consider that X1, X2,.. ., Xm are independent Binomial(n,p) random variables, where n is known and p is unknown. Note that p E (0,1). Write down the expression of the likelihood function We assume that min(x1, . . . ,xm) 〈 n and max(x1, . . . ,xm) 〉 0 5 marks) Find , and give all possible solutions to the equation dL dL -...
1. Verify that the following linear system does not have an infinite number of solutions for all constants b. 1 +39 - 13 = 1 2x + 2x2 = b 1 + bxg+bary = 1 2. Consider the matrices -=(: -1, -13). C-69--1--| 2 -1 0] 3 and F-10 1 1 [2 03 (a) Show that A, B, C, D and F are invertible matrices. (b) Solve the following equations for the unknown matrix X. (i) AXT = BC (ii)...
Consider a cylindrical capacitor like that shown in Fig. 24.6. Let d = rb − ra be the spacing between the inner and outer conductors. (a) Let the radii of the two conductors be only slightly different, so that d << ra. Show that the result derived in Example 24.4 (Section 24.1) for the capacitance of a cylindrical capacitor then reduces to Eq. (24.2), the equation for the capacitance of a parallel-plate capacitor, with A being the surface area of...