Question: (a) Show that the generated far field expressions for a thin dipole of length ? carrying sinusoidal current Io cos ?z are (b) On a

(a) Show that the generated far field expressions for a thin dipole of length ? carrying sinusoidal current Io cos ?z are

Be cos cos 0 cos 3r 3r COS jl.e 2nr cOs 2

(b) On a polar coordinate sheet, plot f(?) in part (a) for ? = ?, 3?/2 and 2?.

Be cos cos 0 cos 3r 3r COS jl.e 2nr cOs 2 . Eg, = nHon sin 6

Step by Step Solution

★★★★★

3.36 Rating (162 Votes )

There are 3 Steps involved in it

1 Expert Approved Answer
Step: 1 Unlock

a b Change the limits in Eq 1316 to ic Hej cose cost sinr ... View full answer

blur-text-image
Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock
Step: 3 Unlock

Document Format (1 attachment)

Word file Icon

39-P-E-W-A (172).docx

120 KBs Word File

Students Have Also Explored These Related Electrodynamics Questions!

Q:

Show that the polar equation r = a sin + b cos , where ab 0, represents a circle, and find its center and radius.

Q:

A sinusoidal current is given by i = I cos wt. The full-wave rectified current is shown in Fig. 31.3b. (a) Let t1 and t2 be the two smallest positive times at which the rectified current is zero....

Q:

A thin current element extending between z = _ L/2 and z =L/2 carries a current I along z through a circular cross section of radius a. (a) Find A at a point P located very far from the origin...

Q:

1. The area around a magnet which exerts a magnetic force, is called a magnetic field. It is produced by moving electric charges. Electric fields are generated around particles that bear electric...

Q:

The Basics of Financial Mathematics Spring 2003 Richard F. Bass Department of Mathematics University of Connecticut c These notes are 2003 by Richard Bass. They may be used for personal use or class...

Q:

2. In the paraxial approximation, the field U(r, y, =) at some propagation distance z is related to the starting field u(To, yo) by: U(x, y, 2) 1 ikz u(zo, yo)ed drodyo. where 2 2 R= =/1+ I1 - TO +...

Q:

What are the biggest ah-ha! moments from Oracy Development? 6 English-Language Oracy Development Learning Outcomes After reading this chapter, you should be able to ... . Describe the basics of...

Q:

gThe voice mail server then phones the user at the phone nearest to him/her. After authentication by typing a code, the server reads the user's mail to him/her using a speech synthesiser. The...

Q:

1. Electric field due to a ring with varying charge density P (0,0, 1) (a) A thin circular ring in the xy-plane centered at the origin has radius R and carries a varying charge per unit length A(a) =...

Q:

Please Prove the full, typed (Not accpet photo) , currently (can run in eclipse software) Java code according the Project Introductionblew, thank you so much. (Hint: the Project code must have the...

Q:

Why do you think mergers cluster in time, causing merger waves?

Q:

Complaints are often heard about employees who spend most of their time at work using smart phones to send and receive text messages and access the Internet. What program might be effective in...

Q:

Individual Tasks to be completed Before completing this section, please thoroughly review the instructions for Group Assignment # 2 : Company Profile PowerPoint or Prezi Presentation. 1 . Section # 1...

Q:

Spanish Translations translate the sentences to Spanish. At what time are the students going to lunch? When is the teacher going to her classroom? Shall we go to History Class now? Lets go, Dora!

Q:

Find the volume of the region bounded by z = x,0

Q:

dx d) at = x + 2y, = 4x + 3y, x(0) = 7, y(1) = 3

Q:

Evaluate the triple integral xy dV where E is the solid tetrahedon with vertices (0,0,0), (1,0, 0), (0, 1,0), (0, 0, 7).

Q:

The allyl cation can be represented by the following resonance structures. (a) What is the bond order of each carboncarbon bond in the allyl cation? (b) How much positive charge resides on each...

Q:

The former Soviet Union, a planned economy, was able to maintain consistently high rates of investment for decades. Use the Solow growth model to explain the limitations of growth through an...

Q:

Explain the concepts of depreciation and dilution.

Q:

Use the bathtub analogy to explain the steady state capital-labor ratio.

Q:

I. Fill in the blank using a number of terms listed below (@1 point). After-tax, Average, Before-tax, Bird-in-the-hand theory, Bond-yield-plus-risk-premium, Book, CAPM, Clientele effect, Common...

Q:

Solve an example of each case mentioned below: Case 01: Loan amortization table. Case 02: Choose an investment based on Payback Period, Profitability Index. Case 03: Choose an investment based on...

Q:

Question in Chemical Engineering Please Write Correct answer 7 9 .