Knowledge in Metaphysics
Anshika
The Alternative current element or Oscillating dipole.pdf
The Alternative current element or Oscillating dipole.pdf
Rohit Lodhi
Radiation from current element in free space.pdf
Radiation from current element in free space.pdf
power radiated by current element IN RGPV EC BRANCH
THIS IS MY HANDWRITTEN NOTES power radiated by current element
reciprocity theorem notes rgpv ec branch
The reciproity theorem is a mathematical theorem that states that the ratio between two voltages or currents at two different points in a network is equal to the ratio between the two impedances or admittances at those points. This theorem is applicable to linear networks in which the elements involved are linear and bilateral. It is widely used in the analysis of electrical and electronic circuits and networks. The reciprocity theorem can be used to simplify the analysis of a network by reducing the number of unknowns and equations. It can also be used to solve for the parameters of a linear, bilateral network, such as the transfer function, input impedance, and output impedance. The reciprocity theorem can be applied to linear and non-linear networks as long as they are linear and bilateral.
Application of reciprocity theorem in antenna EC branch RGPV
The reciproity theorem is a mathematical theorem that states that the ratio between two voltages or currents at two different points in a network is equal to the ratio between the two impedances or admittances at those points. This theorem is applicable to linear networks in which the elements involved are linear and bilateral. It is widely used in the analysis of electrical and electronic circuits and networks. The reciprocity theorem can be used to simplify the analysis of a network by reducing the number of unknowns and equations. It can also be used to solve for the parameters of a linear, bilateral network, such as the transfer function, input impedance, and output impedance. The reciprocity theorem can be applied to linear and non-linear networks as long as they are linear and bilateral.
bionomial array in antenna ec branch rgpv
The binomial array is an important tool in mathematics, especially when working with a large number of variables. It is a rectangular array of numbers arranged in rows and columns. Each row of the array represents a set of data points, with each column representing a single variable. By plotting the data points within the array, we can gain insight into the relationship between the variables. For example, we can use the binomial array to identify trends or patterns in the data. In addition, the array can be used to find the probability of certain outcomes, such as the probability of a certain event occurring. The binomial array is an invaluable tool for analyzing data and understanding the relationships between different variables.
antenna gain in EC branch
This is a PDF file containing notes on antenna gain jd (1). The document contains a brief overview of the concept of antenna gain, an explanation of how it is measured, and a discussion of the various factors that affect the gain of an antenna. The document also provides a few examples of antenna gain measurements, as well as information on how to calculate the gain of a given antenna.
Moving Charges and Magnetism
This clip contains neat and clean handwritten notes of moving Charges and Magnetism for class 12th which will help students to brush up the topic.
Harsh Darshan Upadhyay
Semiconductor Notes of Class 12th
This clip contains neat and clean handwritten notes of class 12th Physics on semiconductors and helps in easy brushing up of knowledge.
Current Electricity Class 12th
This clip contains neat and clean handwritten notes of class 12th Physics on current electricity and helps in easy brushing up of knowledge.
Current and Electricity Handwritten Notes
Class 12th Physics handwritten notes of Current and Electricity and Magnetic field. Diagrams and formula derivations are also included.
Akanksha Singh