Question: Q 1 ( 2 0 P ) : A linear thin Whantenna is placed in electric field vec ( E ) = ( 8 hat

Q1(20P): A linear thin Whantenna is placed in electric field vec(E)=(8hat(a)x+6hat(a)y)e-i(3x-4z)*eitmVm parallel to hat(x)-direction. A meter connected from both ends of an antenna reads V=18.72cos(2.108t)mV. Hint: Figure 1 explains the best position of an antenna for maximum electric field capturing.
a. What is the length of an antenna?
b. How do you classify this antenna?
c. How does this antenna need to be placed for maximum reading?
d. What will be maximum reading?
Q 1 ( 2 0 P ) : A linear thin Whantenna is placed

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer
Step: 1 Unlock 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

Students Have Also Explored These Related Electrical Engineering Questions!

Q:

Lecture - Electric Field Lines We have been finding the electric field vector of source charges at a single point in space There are electric field vectors at all points in space surrounding source...

Q:

https://phet.colorado.edu/sims/html/charges-and-fields/latest/charges-and-fields_en.html Lecture - Electric Field Lines We have been finding the electric field vector of source charges at a single...

Q:

PHYS 421 Electric Field Lab Lab Group Members: This lab will use the phet simulation "Charges and Fields": https://phet.colorado.edu/sims/html/charges-and-fields/latest/charges-and-fields_en.html...

Q:

Please solve both Part 2. Free-Response Questions Gentle reminder: sketch a diagram, whenever possible, to visualize the data and conditions given and help analyze relationships among them. 1. (6...

Q:

Please help 1) 4) What is the y-component of the electric field from Q2 at point P in units of keola2? kola Submit You currently have 0 submissions for this question. Only 10 submission are allowed....

Q:

2. (12 points) A thin rod, placed along x-axis, has a charge Q=+20.00 nC (Q = +20.00 nC) uniformly distributed over its length L = 12.00 cm 4.00 cm 12.0 cm. a = 4.00 cm and b = 8.00 cm. 8.00 cm a)...

Q:

Can you please help me with number 31. I have provided the math chapter it came from and the answer from the back of the book: Thank you so much and Best wishes! 5.7 Matrix Exponentials and Linear...

Q:

806 Chapter Fifteen OPTIMIZATION: LOCAL AND GLOBAL EXTREMA If f is not continuous or the region R is not closed and bounded, there is no guarantee that f achieves a global maximum or global minimum...

Q:

SECTION 15.5 24. f (x, y) = sin(x - y), v= (1,1), P = (5, 6) 45. Use the geostrophi 25. f (x, y ) = tan-1 (xy), v = (1,1), P = (3,4) ern Hemisphere, winds together the isobars, 26. f (x, y ) = exy...

Q:

Problem 1: Ring of Charge The figure shows a circular ring of radius R centered at the origin. dq The ring has a net charge Q > 0 distributed uniformly. P 1) Using conceptual and graphical arguments,...

Q:

Find the attraction force between two parallel glass plates, separated by a distance h = 0.10 mm, after a water drop of mass m = 70 mg was introduced between them. The wetting is assumed to be...

Q:

Recently, your Uncle Warren, who knows that you always have your eye out for a profitable investment, has discussed the possibility of your purchasing some corporate bonds that he just learned of. He...

Q:

Which of the following describes a firms, investing funds and physical SS such as land buildings, machinery, and equipment

Q:

Need some help with Python Problems: Lists and Tuples Problem 1: From a list to a tuple, and vice versa. Write a function tuple_append which takes as input a tuple and an element, and appends the...