Calculate magnitude and direction of force induced on wire

Assignment Help Electrical Engineering
Reference no: EM13966665

A wire is shown in Figure which is carrying 2.0 A in the presence of a magnetic field. Calculate the magnitude and direction of the force induced on the wire.

1591_fig2.png

Reference no: EM13966665

Questions Cloud

How would you rate the project manager : How would you rate the project manager? What is the basis of your evaluation?
Describe the speaker and the emotions you hear : Describe the speaker and the emotions you hear. Which emotions are in conflict? In what specific ways does the poet express that conflict? What are the moral lessons of this poem?
Intermediate value theorem : Let a b in R and let f be continuous from [a, b] into R. Show that f takes all values between f (a) and f (b). Hint: Apply parts (a), (b) and (c).
Discuss the merits of using either an option : Discuss the merits of using either an option or a futures contract to achieve your aims.
Calculate magnitude and direction of force induced on wire : A wire is shown in Figure which is carrying 2.0 A in the presence of a magnetic field. Calculate the magnitude and direction of the force induced on the wire.
Describe the main line of business of the company. : Describe any differences observed in the implementation of this concept from one country to another.
Topology of pointwise convergence : Show that such a net converges for the product topology if and only if for every i ∈ I , the net {x ji } j ∈ J converges in Xi for Ti . (For this reason, the product topology is sometimes called the topology of "pointwise convergence":
Examine the pros and cons of attitude change strategies. : Determine the effectiveness of negative advertising campaigns in regard to changing the components of attitude.
What are the possible effects from making given changes : What are the possible effects from making these types of changes to either government spending or taxes? Give an example of a discretionary fiscal policy action you have seen taken in the past and why you felt that action was taken.

Reviews

Write a Review

Electrical Engineering Questions & Answers

  What current flows through resistor if resistance is given

the bottom of the conduction band at one end of a silicon resistor is at the same energy level as the top of the valence band at the other end. What current flows through the resistor if the resistance is 1.12k

  Determine what charge density generates the field

An electric flux density is given by D = D0, a rho , where D0 is a given constant, (a) What charge density generates this field (b) For the specified field, what total charge is contained within a cylinder of radius a and height b, where the cylin..

  Determine what is the input impedance of the open circuit

An emitter-follower circuit is built using an npn transistor with ß=100 and with RE =1k-ohm. What is the input impedance of the open circuit. If a load of 100-ohm is connected to the output of the circuit, what is the input impedance

  What is the common mode of starting the synchronous motor

what is the common mode of starting the synchronous motor. Explain the function of the damper winding popularly called as the "amortisseur winding". Indicate all circuit diagrams to explain working of the synchronous motor.

  A three-phase system over a single-phase system

Give three advantages of a three-phase system over a single-phase system There are two basic three-phase connections, the wye connection and the delta connection. Draw a labelled diagram showing the wye connection

  Illustrate validity of gaussian theorem by evaluating volume

Suppose the one dimensional field A=Kx.ax exist in a region. Illustrate the validity of Gaussian theorem by evaluating its volume and surface integrals inside and the rectangular parallelepiped bounded by surface: x=1,x=4,y=2,y=-2,z=0,z=3

  Which collector current when operating under the condition

An npn BJT has an emitter area of 2micrometer^2. The doping concentration in the base is Nb=3x10^16/cm^3. The BJT is operating with Vt=26mV and ni=1.5x10^10/cm^3. For electrons diffusing thru the base Dn=34cm^2/s.

  Design a double sideband amplitude modulation modulator

Design a Double Sideband Amplitude Modulation (DSBAM) modulator and demodulator system using the SystemView software. The modulating wave m(t) = Amcos(2pifmt) and the carrier wave c(t) = Accos(2?fct) have the following parameters

  What is the induced voltage is the speed is increased

A 4 pole 50 kW dc machine has a value of Ea = 110 V at 1100 rpm. What is the induced voltage is the speed is increased 20%. Note: omega(w) = (2f*n)/60 where omega is in rad/sec, and n is in rpm

  What is the conclusion that can be made for linear factors

What is the conclusion that can be made for linear,square-shapedcells and frequency reuse factors C=3 and C=4 interms of theirSIR(Signal-interference ratio).

  Determine the distribution of the number of customers

Determine the distribution of the number of customers waiting in the queue.

  Determine the power that the light is consuming

The ac voltage that is supplied from a wall plug to the incandescent light is 170V sin[(377 rad/s)t]. If the current flowing through the light is 350 mA sin[(377 rad/s)t], determine the power that the light is consuming.

Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd