Find the depth of penetration d of an EM wave in copper of f = 60 Hz and f = 100 MHz. For copper sigma = 5.8 x 107 mho/m Ɛr = 1, µr = 1.

-

 

Comments

Post a Comment

Popular posts from this blog

ECE 3RD SEMESTER NOTES

-
Study Materials & Resources Study Materials & Resources For Syllabus: 👉 DOWNLOAD HERE 1. Signals and System (Handwritten Notes): DOWNLOAD HERE 2. DSD (Handwritten Notes): DOWNLOAD HERE 3. Control System (Handwritten Notes): DOWNLOAD HERE 4. EDC Lab Manual (1,2,3 Experiments): DOWNLOAD HERE 5. Linear Process and Random Algebra (Maths): DOWNLOAD HERE 6. DSD Encoder, Mux, Demux Homework: DOWNLOAD HERE 7. Control System (September 2, 2024): DOWNLOAD HERE ...
Read more

networks and security cia 1

-
2 Marks Questions - Networks & Security 📌 2 Marks Questions Q1: List out the performance characteristics of a typical Bluetooth. ▶️ answer ▶️ Watch Video Q2: What is ALOHA protocol? ▶️ Watch Video/summary> ▶️ Watch Video Q3: Define LAN. ▶️ Watch Video ▶️ Watch Video Q4: List out the issues in the data link layer. ▶️ Watch Video ▶️ Watch Video Q5: What do you mean by Unicast and Multicast routing? ▶️ Watch Video Download PDF Q6: Define Mobile IP. ▶️ Watch Video ▶️ Watch Video Q7: Compare inter-domain and intra-domain routing protocols. ▶️ Watch Video ▶️ Watch Video Q8: Give the IPv6 Datagram format. ▶️ Watch Video ▶️ Watch VideoF Q9: Compare connection-oriented and connectionless services. ...
Read more

emf

-
 UNIT I – INTRODUCTION PART A 1. Define Scalar and Vector quantities. Give examples.      Video: [#]      PDF: [#]      PDF 2: [#] 2. A = ax + 2ay + 3az. Find the magnitude and direction.      Video: [#]      PDF: [#]      PDF 2: [#] 3. Cartesian P(1,2,3) to Cylindrical coordinates.      Video: [#]      PDF: [#]      PDF 2: [#] 4. A = 4ax + 2ay + az in Cylindrical coordinate system.      Video: [#]      PDF: [#]      PDF 2: [#] 5. A = 3x ax + 5z az + y ay. Find Curl(A).      Video: [#]      PDF: [#]      PDF 2: [#] 6. B = 4xy² + 2y³ ay + xyz az. Find Divergence(B).      Video: [#]      PDF: [#]      PDF 2: [#] 7. Two conditions ...
Read more