The electrical load is shorted

The source delivers minimum power to the load

The source can deliver maximum power to the load

No current can flow through the circuit

So the load will draw minimum power from the source

To ensure that there is less resistance than reactance in the circuit

To ensure that the resistance and reactance in the circuit are equal

So the source can deliver maximum power to the load

Ampere

Siemens

Farad

Ohm

Volt

Ampere

Ohm

Watt

Harmonics and distortion could result

Magnetic flux would increase with frequency

RF susceptance would increase

Temporary changes of the core permeability could result

To minimize SWR in the transmission line

To reduce power dissipation in the transmitter

To minimize SWR at the antenna

To maximize the transfer of power

A transformer

A Pi-network

A length of transmission line

All of these choices are correct

Increase the power output of the first circuit

Insert an LC network between the two circuits

Reduce the power output of the first circuit

Insert a circulator between the two circuits

2 dB

3 dB

6 dB

12 dB

It equals the sum of the currents through each branch (Kirchoff's Current Law)

It decreases as more parallel branches are added to the circuit

It equals the average of each branch current

It is the sum of the reciprocal of each individual voltage drop

Qutub Minar

India Gate

Taj Mahal

Lal Quila

Mumbai

Delhi

Kolkata

Chennai

Jawaharlal Nehru

Subhash Chandra Bose

Mahatma Gandhi

Lala Lajpat Rai

Sachin Tendulkar

M S Dhoni

Virendra Shehwag

Yuvraj Singh

V. S. Khandekar

Henry Kissinger

Leo Tolstoy

K.P.S. Menon

Jacqueline Susann

K.P.S. Menon

William Thackeray

Thomas Moore

W. Shakespeare

Robert Louis Stevenson

Henry Miller

Amrita Pritam

Virginia Woolf

Henry Fielding

John Le-Came

Khushwant Singh

John Brady

Chinua Achebe

S. Gopalan

Adam Smith

Allan Sealy

Saul Bellow

Nizzim Ezekiel

R. K. Narayan