When two identical batteries of internal resistance 1 each are connected in series across a resistor R the rate of

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(#M40027903) IIT-JEE question 2010 question Keep an EYE

When two identical batteries of internal resistance 1Ω each are connected in series across a resistor R, the
rate of heat produced in R is J1. When the same batteries are connected in parallel across R, the rate is J2. If
J1 = 2.25 J2 then the value of R in Ω is: Asked In IIT-JEE MAN (11 years ago); Unsolved; Is this Puzzle helpful? (2) (0) Submit Your Solution

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Latest IIT-JEE Aptitude Question SOLUTION: When two identical batteries of internal resistance 1Ω each are connected in series across a resistor R, the rate of heat produced in R is J1. When the same batteries are connecte

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(#M40027903) IIT-JEE question 2010 question Keep an EYE

When two identical batteries of internal resistance 1Ω each are connected in series across a resistor R, the
rate of heat produced in R is J1. When the same batteries are connected in parallel across R, the rate is J2. If
J1 = 2.25 J2 then the value of R in Ω is

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Latest IIT-JEE Aptitude Question SOLUTION: When two identical batteries of internal resistance 1Ω each are connected in series across a resistor R, the rate of heat produced in R is J1. When the same batteries are connecte

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(#M40027903) IIT-JEE question 2010 question Keep an EYE

When two identical batteries of internal resistance 1Ω each are connected in series across a resistor R, the rate of heat produced in R is J1. When the same batteries are connected in parallel across R, the rate is J2. If J1 = 2.25 J2 then the value of R in Ω is

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When two identical batteries of internal resistance 1Ω each are connected in series across a resistor R, the
rate of heat produced in R is J1. When the same batteries are connected in parallel across R, the rate is J2. If
J1 = 2.25 J2 then the value of R in Ω is