4. A small line element dl, of wire #1 perceives the Lorentz force dF12 in the field of wire #2. Write out the corresponding integral expression.
Q: Please show all work
A:
Q: What is sodium light what is difference between sodium light and white light . I didnt understan
A:
Q: Mark drove an average of 60 mph for 3hours. Find how far he drove using d = rt where of is the dista...
A: Using the distance speed relationship Given as D = r t Where r is the rate of speed, and t is tim...
Q: In your own words, what is a carnot engine and explain its four cycles.
A:
Q: A projectile is fired from a cannon directly at a target that is dropped from rest simultaneously as...
A: Given data: The angle of elevation is θ. The position vector of the projectile is rp. The position ...
Q: The plot above shows the velocity vs. clock reading of a body. Label the axes accordingly. Thenlabel...
A:
Q: Calculate the inductance of the below solenoid with air core in microHenries ( μμH ) where the lengt...
A: According to ampere's law, the magnetic field due to a some current is given by ∮B→.dl→=μ0I (1...
Q: #13 2D (a) Eliminate the parameter to find a Cartesian equation of thecurve.(b) Sketch the curve and...
A: Given Parameters in term of t x=sinty=cosec t
Q: 4) You are planning to design a rocket to go to mars. You have access to two types of fuel with the ...
A: Given, We are planning to design a rocket and we have to decide type of fuel
Q: statistical physics
A: Energy in a crystal in form of phonons which are identified by wavevectors (modes). Assuming that ...
Q: 4. The acceleration-time graph of a moving object is shown in the figure on the left. What is the ob...
A: Given an acceleration-time graph of a particle.
Q: A conducting bar of length L=80 cm is rotated on a conducting circular platform as shown in the figu...
A: Given: A conducting bar of length L=80 cm resistor 50 kΩ capacitor 40 uF outward uniform magnetic f...
Q: A semi-circular piece of radius r= 400 TRm is removed from a rectangular plate of size a = negligibl...
A: The situation is modelled below,
Q: Probler
A: GIVEN : A car is travelling at a speed v To find : To determine the speed in kilometers per hour a...
Q: Obtain the equations of motion for the motion of a particle of mass m in a potential V(x, y, z) in s...
A: Solution: Let m be the mass of the particle in the potential V(x,y,z). The particle is under the cen...
Q: The problem uses the ideal spring force, in one dimension. F = -kx, where x is the deviation from e...
A: The maximum speed for a particle performing simple harmonic motion is given asv=AωA is the amplitude...
Q: Brasilia: {34.40°S 58.30°WS (38.00°N). 123.44°E Prague:
A: Assume the shape of the earth to be Sphere. Thus, the 2-D image for the earth a circle with radius...
Q: A spherical source of sound radiates uniformly into a large volumeof air at 228C (295.2K or 728F) an...
A: Given data, Spherical source of sound at 220C (295.2K ) and 101.3kPafrequency of sound f=274 Hzacous...
Q: An aluminum-alloy rod has a length of 10.000 cm at 20.000 oC and a length of 10.015 cm at the boilin...
A:
Q: Electric field due to a dipole in electric field along the axial line
A: where P is the electric dipole moment unit vector from -q to +q. The electric field at a point C due...
Q: Determine a. VG p. Ipq and VgsQ С. Vр аnd Vs d. VpsQ D DSQ
A: Given: VG, IDQ, VGSQ, VD, VS and VDSQ are determined below.
Q: 3. A circular disk of radius 3 m carries a uniformly distrībuted charge of 450x µC. Cakulate the for...
A: The situation is modelled below, Here bold faced letters stand for vector.
Q: Calculate the expectation value of the linear momentum px of a particle described by the following n...
A:
Q: Suppose you have a long, thin rod of length 1.51m that is free to rotate about a fixed end. If the ...
A:
Q: Light passes from air into diamond. (n = 2.4) with an Iin of 3.2 candelas, and an Iout of 1.1 candel...
A: Given: n=24 The speed of light in air =3×108 m/s
Q: a) Using the concept of feedback, explain the working principle of an Oscillator b) When negative vo...
A: (a) An oscillator is defined as an electronic device that produces a periodic, oscillating electroni...
Q: I want answer of only last sub part of both pictures
A: part(d) The energy of a particle in an infinite square well is given by En=n2h28mL Given at n=1 ...
Q: The pendulum shown in the image below can rotate about the axis perpendicular to page and pass throu...
A: Given: The mass of the solid rod is 6 kg. The diameter of the solid sphere is 50 mm. The mass of the...
Q: An electron is projected with an initial speed vo = 1.60 x 106 m/s into the uniform field between tw...
A: Given- vo = 1.60*106 m/s The distance travelled by an electron in y-direction is from the half of th...
Q: 1) A pendulum which is shown in the figure below is released from angle 60°. The mass of the object ...
A: Given: Angle of the pendulum is 600 Object A's mass is 30 kg and Object B's mass is 10 kg
Q: A soccer player is standing on the midfield when an opposing player, moving with a uniform speed of ...
A: Part-a Given: The speed of the opposing player v = 5 m/s. The time taken after which first player s...
Q: Describe the general layout of nuclear power plant with appropriate illustration.
A: The performance of a nuclear power plant is basically dependent on obtaining heat energy through nuc...
Q: A particle has the wavefunction: Ψ(r) = N.exp(-a.r), where "N" is normalization factor and "a" is a ...
A: ψ(r)=N exp(-ar)∫-∞+∞ ψ*(r)ψ(r) dτ=1N2∫-∞+∞exp(-2ar) r2 dr∫0πsinθ dθ ∫02π dϕ=14πN2×2∫0+∞ r2 exp(-2ar)...
Q: (Book:Introduction to statistical physics by A.J poiton)
A: Concept used: Partition function is used to evaluate the quantities like mean energy, specific heat ...
Q: Using the right hand rule grip, if the south pole goes way from the coil. What is the direction of t...
A: Here the concept of Electromagnetic induction is to be used Faraday's law of electromagnetic inducti...
Q: AP > Assignments > Projectile Practice Search. Projectile Practice Submit Assignment Due Friday by 8...
A: Given: Height of the ball thrown from the building is 60 m Landing from base is 100 m
Q: Find the second derivative of the vector-valued function F(t) = (6t + 4 sin(t))i + (5t + 7 cos(t))j ...
A: Solution: Given that, r→(t)=(6t+4sin(t))i→+(5t+7 cos(t))j→
Q: A force of 90 N is applied on an AR lever as shown in the figure. Knowing that the lever is 225 mm l...
A: Given: A force of 90 N is applied on an AR lever as shown in the figure. Knowing that the lever is 2...
Q: They set up an apparatus like the one shown in the diagram below. When they adjust the hanging mass ...
A: Given: The number of antinodes in the string is 3. The length of the string is 1.25 m. The weight of...
Q: First Name: R Luis Two waves are about to interfere with each other. What type of interference will ...
A: Interference is the phenomena when two waves are superimposed the resultants is a wave of lower, gre...
Q: Given the vector function r (t) = (t, 2t², 3t° + 5) Find the velocity and acceleration vectors at t ...
A: r = <t, 2t 2 , -3t5 +5> v = dr/dt =<1, 4t, -15t 4> a = da/dt =<0, 4, -60t 3>
Q: An oil film (n=1.45) floating on water is illuminated by white light at normal incidence. The film i...
A:
Q: image498
A:
Q: A boomerang is an object that returns to your hand when you throw it. Every time a child throws it, ...
A: when the child throw's the boomerang, the boomerang moves 4 meter away and turn back to the child. a...
Q: Starting from Maxwell's equations V × V × A = V(V· A) – V²A in a vacuum, use the identity and show t...
A: Given:- The Maxwell's equations ∇×∇×A = ∇(∇.A)-∇2A
Q: 8:02 Back PHYS1303_TE... Problem 2 Three identical balls are tied by light strings to the same verti...
A: (a) Rotational kinetic energy of an object is given by : K.E=12Iω2where I is the moment of inertia ...
Q: How can you apply the concept of superposition principle in electric field to life especially that w...
A: Introduction: The principle of superposition states that every charge in space creates an electric f...
Q: According to Einstein’s Special Theory of Relativity, laws of physics can be formulated based on ___...
A: Einstein theory of relativity is the theory which is develops a relationship between two relatively ...
Q: Two infinite, uniformly charged, flat surfaces are mutually perpendicular. One of the sheets has a c...
A: The situation is modelled below in the figure, Given that σ=8.85×10-12 C/m2 and value of permittivi...
Q: 4) You are planning to design a rocket to go to mars. You have access to two types of fuel with the ...
A: As comparison with fuel A and B, the denser fuel A gives more energy as comparison with B. Like if w...
Step by step
Solved in 2 steps
