judge the equvalent resistance when following are connected in parallel : 1 ohm and 10^3 and 10^6
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Heya mate, Here is ur answer
R1=1 ohm
R2=10^3 ohm
=1000 ohm
R3=10^6 ohms
=1000000
When resistances are connected in parallel,then


LCM = 1000000



= 1 ohm (approximately)
Warm regards
@Laughterqueen
Be Brainly✌✌✌
R1=1 ohm
R2=10^3 ohm
=1000 ohm
R3=10^6 ohms
=1000000
When resistances are connected in parallel,then
LCM = 1000000
= 1 ohm (approximately)
Warm regards
@Laughterqueen
Be Brainly✌✌✌
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