In The Figure Given Below Find Voltage V(t)

 In The Figure Given Below Find Voltage V(t)

about this video-

in this video I explain you a question of circuit analysis which is based on kcl the question is-In The Figure Given Below Find Voltage V(t)

Two coupled coils with L1=0.5 H and L2= 4.0 H have a coefficient of coupling 0.8. Find the maximum value of induced EMF in the coil 2 if a current of i1= 20 sin 314t A is passed in coil 1

 Two coupled coils with L1=0.5 H and L2= 4.0 H have a coefficient of coupling 0.8. Find the maximum value of induced EMF in the coil 2 if a current of i1= 20 sin 314t A is passed in coil 1

A 15 V AC source Is Applied To A Load Impedance Of (3 – j4) Ω. Find The Load Current

 

A 15 V AC source Is Applied To A Load Impedance Of (3 – j4) Ω. Find The Load Current

Determine The Ohmmeter Value In The Given Network When R = 16O Ohm

 

Determine The Ohmmeter Value In The Given Network When R = 16O Ohm

Capacitor Charging With Rc Circuit

 

Capacitor Charging With Rc Circuit

about this video-
in this video I explain you about capacitor charging with the help of rc circuit.how capacitor is charged through rc circuit and what happens to current and voltage in circuit as the time progresses and i also explain you why resistance is used in capacitor charging circuit and why capacitor is only charged with dc source.and why there is no voltage developed across the circuit when battery is not connected to it and how voltage is developed across capacitor when voltage sorting is connected across the capacitor. and why initial value of current is high in rc charging circuit.

Time Constant Of An RC Circuit || RC Time Constant ||

 

Time Constant Of An RC Circuit || RC Time Constant ||

about this video-
in this video I explain you . the time constant of a rc circuit. what is the definition of rc  time constant. what is the formula of rc time constant. what is the unit and dimensions of rc time Constant circuit.and why time constant is not in purely resistive circuit.and how to calculate the time constant in rc circuit.

Let R be the resistance of each conductor in a DC 2-wire with midpoint earthed transmission system. What is the copper loss in the system to transmit the power P

 

about this video-
in this video I explain you about a question which was asked in SSC Je 2019 the question is-Let R be the resistance of each conductor in a DC 2-wire with midpoint earthed transmission system. What is the copper loss in the system to transmit the power P