Maths-
The period of 
is
Maths-General
Answer:The correct answer is:
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physics-
The equivalent resistance between points A and B of an infinite network of resistances, each of 1
, connected as shown is
Let 
be the equivalent resistance of entire network between A and B. Hence, we have
resistance of parallel combination of 1
and 
be the equivalent resistance of entire network between A and B. Hence, we have resistance of parallel combination of 1 and The equivalent resistance between points A and B of an infinite network of resistances, each of 1, connected as shown is
physics-General
Let be the equivalent resistance of entire network between A and B. Hence, we have
resistance of parallel combination of 1 and
be the equivalent resistance of entire network between A and B. Hence, we have resistance of parallel combination of 1 and physics-
The equivalent resistance between the terminals 
in the following circuit is
10
in series with 10 will gives(10+10)=20
and 10
in series with 10 will gives(10+10)=20
20
in parallel with 20 will gives
Resistance in series between points A and D
=5+10+5
=20
The equivalent resistance between the terminals in the following circuit is
physics-General
10
in series with 10 will gives(10+10)=20
and 10
in series with 10 will gives(10+10)=20
20
in parallel with 20 will givesResistance in series between points A and D
=5+10+5
=20
maths-
The period of 
is
The period of is
maths-General
physics-
The figure shows a network of currents. The magnitude of current is shown here. The current I will be
Regarding Kirchhoff’s junction rule, the circuit can be redrawn as
Current in arm,
Current in arm,
Current in arm,
Hence,
Current in arm,
Current in arm,
Current in arm,
Hence,
The figure shows a network of currents. The magnitude of current is shown here. The current I will be
physics-General
Regarding Kirchhoff’s junction rule, the circuit can be redrawn as
Current in arm,
Current in arm,
Current in arm,
Hence,
Current in arm,
Current in arm,
Current in arm,
Hence,
physics-
Five conductors are meeting at a point x as shown in the figure. What is the value of current in fifth conductor?
According to Kirchhoff’s first law
(5A)+(4A)+(-3A)+(-5A)+I=0
Or I=-1A
(5A)+(4A)+(-3A)+(-5A)+I=0
Or I=-1A
Five conductors are meeting at a point x as shown in the figure. What is the value of current in fifth conductor?
physics-General
According to Kirchhoff’s first law
(5A)+(4A)+(-3A)+(-5A)+I=0
Or I=-1A
(5A)+(4A)+(-3A)+(-5A)+I=0
Or I=-1A
maths-
16 sin 
16 sin
maths-General
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Which of the following dienes and dienophiles could be used to synthesise the following compound (A) ?
Which of the following dienes and dienophiles could be used to synthesise the following compound (A) ?
chemistry-General
chemistry-
(A) and(C) are different compound s and rotate the plane-polarised light in the same direction, andboth are dextrorotatory. Both (A) and(C) do not show diastereomers, whichof the following statements are correct?
(A) and(C) are different compound s and rotate the plane-polarised light in the same direction, andboth are dextrorotatory. Both (A) and(C) do not show diastereomers, whichof the following statements are correct?
chemistry-General
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The minimum and maximum values of 
are
The minimum and maximum values of are
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Period of tan 4x+sec 4x is
Period of tan 4x+sec 4x is
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Maximum value of 
Maximum value of
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chemistry-
Which of the following is/are the rate determining step(s) of the given reaction?
Which of the following is/are the rate determining step(s) of the given reaction?
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The equivalent resistance between in the given circuit is
The equivalent resistance between in the given circuit is
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physics-
Figure shows a network of eight resistors, each equal to 2, connected to a 3V battery of negligible internal resistance. The current 
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Figure shows a network of eight resistors, each equal to 2, connected to a 3V battery of negligible internal resistance. The current in the circuit is
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The cotangent function whose period 
is
The cotangent function whose period is
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