Grade 12Electric Current
Find the equivalent resistance between X and Y of the network shown in the figure
Find the equivalent resistance between X and Y of the network shown in the figure
1 Answer
Susmita
Look from X.5 ohm and 10 ohm are in parallel.
Their equivalent resistance =10/3 ohm
Now erase the part AFE.replace the resistance 10 ohm between AB by 10/3 ohm.
Now again look at ckt.current flowing from X through 10/3 ohm.at the point B it again breaks up in two component.
(5+10)=15 ohm in parallel to 5 ohm.
Equivalent resistance=15/4 ohm.
So finally the ckt becomes 10/3 in series with 15/4.
Or total equivalent resistance=85/12 ohm.
Other Related Questions on electric current
The fig. Shows a network of resistance in which the point A is earthed
The fig. Shows a network of resistance in which the point A is earthed
electric current
Last Activity: 4 Years ago
When a p.d of 2v is applied across a resistor, 10j of energy are covered. What charge flows through the resistor?
When a p.d of 2v is applied across a resistor, 10j of energy are covered. What charge flows through the resistor?
electric current
Last Activity: 4 Years ago
Please provide it's solution. In video form Find the equivalent resistance of the given figure
Please provide it's solution. In video form
Find the equivalent resistance of the given figure
electric current
Last Activity: 4 Years ago
The resistivity of material is 10 ohm m at 30 C when the temperature drops to 28 then the resistivity drops by 2. The temperature coefficient of resistivity of material is
The resistivity of material is 10 ohm m at 30 C when the temperature drops to 28 then the resistivity drops by 2. The temperature coefficient of resistivity of material is
electric current
Last Activity: 4 Years ago
Three cells of 2.0v each and internal resistance of 1.0 each are connected in series and in parallel calculate the new emf and new internal resistance in each connection
Three cells of 2.0v each and internal resistance of 1.0 each are connected in series and in parallel calculate the new emf and new internal resistance in each connection
electric current
Last Activity: 4 Years ago