A particle situated in an object moves with angular acceleration
Answers
I’m sure there is some application of Kirchhoff's laws that can be used to solve this but I’ll just use basic resistance formulas for the solution. I am assuming the fourth resistor is connected in series with the other three. Each resistor is 8 ohms. The sum of 3 parallel resistances are (1/R1) + 1/(R2) + (1/R3) = 1/Rtotal. The three parallel resistances total resistance are 3 x(1/8) = 1/Rtotal. Solving for Rtotal you get 2.7 ohms. Connecting that in series with the 4th, 8 ohm resistor gives you a total resistance of 10.7 ohms, unless of course I am misinterpreting the problem.
161 Views · View Upvoters
RecommendedAll
Pushpender Thakur
Sponsored by Apollo Munich India
What if cancer treatment cost just ₹6/day? With iCan, it will.
iCan is a cancer insurance plan that covers cancer claims lifelong & offers up to 160% lump sum payouts.