Work to isothermally remove rod from solenoid
This is exercise 3-19 from Sears and Salinger Thermodynamics, Kinetic Theory, and Statistical Thermodynamics.
Curie's law : M = (C*H)/T
M = magnetic moement
H = intensity of magnetic field
C = constant
T = temperature
dW = -H dM ( equation 3-10 from book)
Homework Answers
Request Answer!
We need at least 10 more requests to produce the answer.
0 / 10 have requested this problem solution
The more requests, the faster the answer.
Showing that dW = -EdP
This is exercise 3-12 from Sears and Salinger Thermodynamics, Kinetic Theory, and Statistical Thermodynamics.E = intensity of electric field in a dielectric slabP = dipole moment of slab
Paramagnetic materials present a magnetic behavior described by Curie's equation: where M is the magnetization of...
Paramagnetic materials present a magnetic behavior described by
Curie's equation:
where M is the magnetization of the material, H is the external
magnetic field in Tesla, C is a constant and T is the
temperature.
(a) Indicate whether M and H are intensive or extensive
properties. Explain.
(b) Write the form of the configuration work, dw, for this
system.
(c) Find an expression for the work that has to be done on the
system to change its magnetization from 0...
06) Suppose a paramagnetic system that is under the action of an auxiliary (magnetic) field H....
06) Suppose a paramagnetic system that is under the action of an auxiliary (magnetic) field H. Thus, the work involved, it has to be that the work involved in a reversible process is described as đW = 10Hdm. where m is the total magnetic dipole moment of the system and u0 is the magnetic permeability of the vacuum. a) Determine the expression of the differential du of the internal energy U and indicate the two independent natural variables associated with...
06) Suppose a paramagnetic system that is under the action of an auxiliary (magnetic) field H....
06) Suppose a paramagnetic system that is under the action of an auxiliary (magnetic) field H. Thus, the work involved, it has to be that the work involved in a reversible process is described as đW = 10Hdm. where m is the total magnetic dipole moment of the system and u0 is the magnetic permeability of the vacuum. a) Determine the expression of the differential du of the internal energy U and indicate the two independent natural variables associated with...
5. In a lossless nonmagnetic medium with er = 4, E(y,t) = 20 cos(108nt +By+)a, V/m...
5. In a lossless nonmagnetic medium with er = 4, E(y,t) = 20 cos(108nt +By+)a, V/m Find the following: (a) Direction of propagation and the wave length , Speed of propagation of the wave and propagation constant, B, attenuation constant, (b) using the Maxwell's equation, find the magnetic field intensity H(y,t) (c) phase angle between the E and H fields.
That is a z' (z prime), not z^12. Please answer all parts and show full work, thank you!
That is a z' (z prime), not z^12. Please answer all parts and
show full work, thank you!
x(m) (25 pts) Problem 3 The Savart Law This problem is similar to that of Problem 1 except here we have an infinite wire with current I(z) at the point (x-2,y 3,-0) using the Bigt -Savart Law. A and we will be finding the magnetic field H due to this current 13) +13 10 (2,3,0 dl r(0,0,z) -5 -10 (a) What is...
That is a z' (z prime), not z^12. Please answer all parts and show full work,...
That is a z' (z prime), not z^12. Please answer all parts and
show full work, thank you!
x(m) (25 pts) Problem 3 The Savart Law This problem is similar to that of Problem 1 except here we have an infinite wire with current I(z) at the point (x-2,y 3,-0) using the Bigt -Savart Law. A and we will be finding the magnetic field H due to this current 13) +13 10 (2,3,0 dl r(0,0,z) -5 -10 (a) What is...
Problem 2 temperature field. Problem 3 (Fourier's Law of Heat Flow) From a temperature field, w...
This equation from problem 2 is needed to solve problem 3.
please skip C
problem 2 temperature field. Problem 3 (Fourier's Law of Heat Flow) From a temperature field, we can use Fourier's Law to compute the heat transfer rate (which is a vector field): Where k is a constant known as the thermal conductivity. For the purposes of this exercise, we can assume that k is 1. We wish to apply Fourier's Law to the temperature field given in...
2.(40 pts.) A mixing chamber is used to heat liquid water to a saturated vapor by...
2.(40 pts.) A mixing chamber is used to heat liquid water to a saturated vapor by adding superheated steam. The liquid water enters through Line 1 at 1 MPa, a temperature of 100 C and a mass flow rate of 2 kg/s. The superheated steam enters through Line 2 at 1 MPa and 400°C. The combined stream exits through Line 3 as a saturated vapor at 1 MPa. The chamber also receives 3 MW of heat transferred from an external...
Consider a 1-m conducting rod attached at each end by conducting rails. The rails are connected...
Consider a 1-m conducting rod attached at each end by conducting rails. The rails are connected at the top and the total loop has a resistance of 3-Ohms. (see figure below). The rod falls to the ground at a constant velocity. v. The apparatus is inside a constant magnetic field, B = 2.0 T (directed out of the page). The mass of the rod is 0.5kg. B = 2:0 T (out of R=5 1 m D VE a) What is...
Paramagnetic materials present a magnetic behavior described by
Curie's equation:
where M is the magnetization of the material, H is the external
magnetic field in Tesla, C is a constant and T is the
temperature.
(a) Indicate whether M and H are intensive or extensive
properties. Explain.
(b) Write the form of the configuration work, dw, for this
system.
(c) Find an expression for the work that has to be done on the
system to change its magnetization from 0...
06) Suppose a paramagnetic system that is under the action of an auxiliary (magnetic) field H. Thus, the work involved, it has to be that the work involved in a reversible process is described as đW = 10Hdm. where m is the total magnetic dipole moment of the system and u0 is the magnetic permeability of the vacuum. a) Determine the expression of the differential du of the internal energy U and indicate the two independent natural variables associated with...
5. In a lossless nonmagnetic medium with er = 4, E(y,t) = 20 cos(108nt +By+)a, V/m Find the following: (a) Direction of propagation and the wave length , Speed of propagation of the wave and propagation constant, B, attenuation constant, (b) using the Maxwell's equation, find the magnetic field intensity H(y,t) (c) phase angle between the E and H fields.
That is a z' (z prime), not z^12. Please answer all parts and
show full work, thank you!
x(m) (25 pts) Problem 3 The Savart Law This problem is similar to that of Problem 1 except here we have an infinite wire with current I(z) at the point (x-2,y 3,-0) using the Bigt -Savart Law. A and we will be finding the magnetic field H due to this current 13) +13 10 (2,3,0 dl r(0,0,z) -5 -10 (a) What is...
That is a z' (z prime), not z^12. Please answer all parts and
show full work, thank you!
x(m) (25 pts) Problem 3 The Savart Law This problem is similar to that of Problem 1 except here we have an infinite wire with current I(z) at the point (x-2,y 3,-0) using the Bigt -Savart Law. A and we will be finding the magnetic field H due to this current 13) +13 10 (2,3,0 dl r(0,0,z) -5 -10 (a) What is...
This equation from problem 2 is needed to solve problem 3.
please skip C
problem 2 temperature field. Problem 3 (Fourier's Law of Heat Flow) From a temperature field, we can use Fourier's Law to compute the heat transfer rate (which is a vector field): Where k is a constant known as the thermal conductivity. For the purposes of this exercise, we can assume that k is 1. We wish to apply Fourier's Law to the temperature field given in...
2.(40 pts.) A mixing chamber is used to heat liquid water to a saturated vapor by adding superheated steam. The liquid water enters through Line 1 at 1 MPa, a temperature of 100 C and a mass flow rate of 2 kg/s. The superheated steam enters through Line 2 at 1 MPa and 400°C. The combined stream exits through Line 3 as a saturated vapor at 1 MPa. The chamber also receives 3 MW of heat transferred from an external...
Consider a 1-m conducting rod attached at each end by conducting rails. The rails are connected at the top and the total loop has a resistance of 3-Ohms. (see figure below). The rod falls to the ground at a constant velocity. v. The apparatus is inside a constant magnetic field, B = 2.0 T (directed out of the page). The mass of the rod is 0.5kg. B = 2:0 T (out of R=5 1 m D VE a) What is...
Most questions answered within 3 hours.
-
ORGANIC CHEMISTRY QUESTION 5
PART A--------
Describe a chemical test for the identification of a double...
asked 3 hours ago -
Both Terence and Tong work at a local actuarial consulting firm
in Des Moines.
Terence arrives...
asked 3 hours ago -
QUESTION 11
. THE RESTING POTENTIAL IS CAUSED BY
.
. A.
. the rotation of...
asked 3 hours ago -
Need them in c++
1. Give the code for the
definition of a node for
the linked implementation of
a tree that contains...
asked 3 hours ago -
For sputtering-cleaning and sputter-depositing a metal,
would you use an AC or DC plasma? Explain your...
asked 3 hours ago -
Defend ONE of the following statements:
Prices should reflect the value consumers are willing to
pay....
asked 3 hours ago -
A magnet of mass 0.10 kg is dropped from rest and falls
vertically through a 20.0...
asked 3 hours ago -
A friend approaches you about a nutritional product and ask you
if it is worth it....
asked 3 hours ago -
What is bacterial transformation? What are the differences and
similarities between transforming a bacterial cell with...
asked 4 hours ago -
A wire loop 20 cm high is dipped in soap solution and then held
vertically to...
asked 4 hours ago -
OK, now you're all mixed up and you slam into the wall with your
car (total...
asked 4 hours ago -
1. A.Explain why the spread (variance) of a sampling
distribution for estimating a mean would be...
asked 4 hours ago