The Maxwell equation derived from Ampere’s Law in Electricity is   a. contour integral E with rightwards arrow on top. stack d s with rightwards arrow on top space equals space minus fraction numerator d capital phi subscript m over denominator d t end fraction b. contour integral B with rightwards arrow on top. stack d s with rightwards arrow on top space equals space mu subscript 0 I plus epsilon subscript 0 mu subscript 0 space fraction numerator d capital phi subscript E over denominator d t end fraction c. contour integral B with rightwards arrow on top. stack d A with rightwards arrow on top space equals space 0 d. contour integral E with rightwards arrow on top. stack d A with rightwards arrow on top space equals space Q subscript i n end subscript over epsilon subscript 0

Q: Suppose a rectangle of sides x and y has fixed area A. Find the minimal of the Perimeter.

A: Given that:- Dimension of rectangle=x×y

Q: Consider two vectors, A = 16.1 m at 44.0°, and B (-9.70î + 3.70j) m. Determine the x and y…

A:

Q: What are (a) the x component and (b) the y component of a vector a→ in the xy plane if its direction…

A: Given Magnitude r = 9.6 m Direction θ = 238o

Q: distance, what would be ertainty in the size of q

A: Given: q1=3 C r=65 cm

Q: 5.- For A = 3î +ĵ-k, B = −î+ 2ĵ+ 5k and C = 2j - 3k, find a) C - (Ā – B), b) (Ā + C)xB

A: We need to find,

Q: 1.34 Given that a certain slab of silicon material exhib- its the charge-density distribution of…

A: We have to label the Electric Field E(x) as well as the Electric Potential

Q: P = 25 uc/m³ is distributed uniformly through a certain region. If V = 50 at y = 2 and V=< 90 at y =…

A: Given the volume charge density  = 25 micro.C/m3Voltage, V = 50  at y = 2V = 90 at y=5 ɛr= 2

Q: Problem 2 Identify the Miller indices for the direction shown in (a) and the plane shown in (b).…

A: a The Miller indices for the direction shown is obtained by: x y z=34 12 ∞ Take a reciprocal to get…

Q: The density of a spherical solid at a point P = (x, y, z) is given by f(x, y, z) = c(x² + y² + z²) ,…

A: The density of spherical solid at any point P(x,y,z) is given by,  Therefore, the density at point…

Q: Using any goodness of fit method, how would you determine which function is the best fit for the…

A: Consider fit 1, calculate the values of y for respective values of x.…

Q: Using simplified index notation, prove the following tensor identities: a) T:4 Y =y ·() b) и:(ухw)-…

A:

Q: Prove that dx (csc x): = -csc x cot x.

A:

Q: Calculate δ numerically for θa=45∘.

A: Given,         The refractive index of diamond for red light is .         The refractive index of…

Q: b) Write down the two components of the geodesic equation.

A: The objective of the question is to derive the components of the geodesic equation for a sphere of…

Schrödinger equation

Schrödinger equation is a prominent equation in quantum mechanics. This equation is used to predict the behavior of quantum states or quantum particles. In quantum mechanics, the particles are treated as waves. A quantity called wave function is used to represent a quantum state. The wave function completely describes the quantum system. This equation can be used to study the particles like electrons, protons and, neutrons. It is also used to study the structure of hydrogen atoms and harmonic oscillators.