Thursday , 21 November 2024

PHY301 Mid Term Paper Spring 2010

Question No: 1      ( Marks: 1 ) – Please choose one 

If we connect 3 capacitors in series, the combined effect of all these capacitors will be 

► equal to the sum of individual capacitors

► the sum of reciprocals of individual capacitors

►zero

► product of all 

Question No: 2      ( Marks: 1 ) – Please choose one

A node which emerges as a result of combination of two ordinary nodes is called 

       ► Heavy node

       ► Simple node 

       ► Super mesh 

       ► Super node 

Question No: 3      ( Marks: 1 ) – Please choose one

Unit of inductance is 

       ► mho

       ► ohm 

       ► Henry 

       ► Farad

Question No: 4      ( Marks: 1 ) – Please choose one

Reciprocal of resistance is 

       ► Conductance 

       ► Inductance 

       ► Capacitance 

       ► Resistivity 

Question No: 5      ( Marks: 1 ) – Please choose one

An ideal voltage source is a circuit element where the voltage across it is independent of 

       ► resistance 

       ► current 

       ► capacitance 

       ► inductance 

Question No: 6      ( Marks: 1 ) – Please choose one

Sum of all  currents entering in the node  is equal to sum of currents leaving the node, is statement of 

       ► Ohm’s law  

       ► Kirchhoff’s current law 

       ► Jaime’s law 

       ► Rutherford’s law

Question No: 7      ( Marks: 1 ) – Please choose one

 Which current source will be used for super mesh?  

PHY301 Mid Term paper

       ► 4mA

       ► 2mA

       ► 1mA 

       ► 2mA ands 4mA 

Question No: 8      ( Marks: 1 ) – Please choose one

How many KVL equations can be written for the given circuit? 

PHY301 Mid Term paper

       ► 2


       ► 4 

       ► 3 

       ► 1

Question No: 9      ( Marks: 1 ) – Please choose one

 PHY301 Mid Term paper

       ► 6v 

       ► 2v 

       ► 4v 

       ► 10v 

Question No: 10      ( Marks: 1 ) – Please choose one

 If a parallel circuit is open in main line, the current 

       ► increases in each branch 

       ► is zero in all the branches 

       ► is zero only in the branch that has highest resistance 

       ► increases in the branch that has lowest resistance. 

Question No: 11      ( Marks: 1 ) – Please choose one

How many loop equations can be written for this circuit?

PHY301 Mid Term paper

       ► 2 

       ► 4 

       ► 3 

       ► 5

Question No: 12      (Marks: 1) – Please choose one

How many sources are dependent sources in given circuit?

 PHY301 Mid Term paper

       ► 3 

       ► 2 

       ► 4 

       ► 1 

Question No: 13      (Marks: 1) – Please choose one

 How many loops can be assigned to given figure?

PHY301 Mid Term paper

       ► 2

       ► 4 

       ► 3

       ► 5 

Question No: 14      (Marks: 1) – Please choose one

Through which resistance most current will flow

PHY301 Mid Term paper 

       ► 50Ω

       ► 30Ω

       ► 20Ω

       ► same through all resistance

Question No: 15      ( Marks: 1 ) – Please choose one

In given circuit power dissipated across each bulb is 20w. What would be the resistance of each bulb. 

PHY301 Mid Term paper

       ►  

       ► 10Ω 

       ► 40Ω 

       ► 20Ω 

Question No: 16      ( Marks: 1 ) – Please choose one

In the figure below Voltage drop across 7Ω will be 

PHY301 Mid Term paper

       ► 20v

       ► 14v

       ► 6v 

       ► 10v

Question No: 17      ( Marks: 1 ) – Please choose one

If current flowing through 4Ω is 1mA, voltage drop across it will be 

PHY301 Mid Term paper

       ► 2V 


       ► 6V 

       ► 4V 

       ► 12V

Question No: 18      ( Marks: 1 ) – Please choose one

 For the given figure current flowing through 5Ω is

PHY301 Mid Term paper 

       ► 5A

       ► 4A

       ► 10A

       ► 2A 

Question No: 19      ( Marks: 1 ) – Please choose one

 The value of Ia for given circuit is

 PHY301 Mid Term paper12

       ► Ia=Io 

       ► Ia= 3A 

       ► Ia= -3A 

       ► Ia=6v 

Question No: 20      ( Marks: 1 ) – Please choose one

In the given circuit the value of independent current source is

PHY301 Mid Term paper

       ► Ix 

       ► Ix/2 

       ► 6mA 

       ► IL

Question No: 21      ( Marks: 2 )

Write contraint equation for given circuit.

PHY301 Mid Term paper

Question No: 22      ( Marks: 2 ) 
Identify and label each node for the given circuit.
PHY301 Mid Term paper

Question No: 23      ( Marks: 3 ) 

Write KVL equations for mesh1 and mesh 3. 

PHY301 Mid Term paper

Question No: 24      ( Marks: 3 )

Draw  and label loop currents for circuit.write kvl for any one loop equation. 

PHY301 Mid Term paper

Question No: 25      ( Marks: 5 )

Determine the value I4  for the given netwrok. 

PHY301 Mid Term paper

Question No: 26      ( Marks: 5 ) 

Label the nodes and write super node equation for given circuit.

PHY301 Mid Term paper

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