You can't tell the relative values of I-1 and I-2 from the information given, but that's not for any super-technical reason.
The reason is because the drawing doesn't show WHERE in the circuit I-1 and I-2 are measured.
It makes a BIG difference if they're the currents in the resistors, or the currents in and out of the battery.
-- The currents in and out of the battery are equal.
-- The current through either resistor is less than the current in or out of the battery.
-- The sum of the currents through both resistors is equal to the current in or out of the battery.
-- The currents through the two resistors may be equal or unequal, and either one may be greater or less than the other. It all depends on the values of the resistors.
The best and most correct answer among the choices provided by the question is the first choice.
The statement "<span>You cannot tell the relative values of I from the information given." among the given choices.</span> I hope my answer has come to your help. God bless and have a nice day ahead!
If you cannot get a chair to move across the floor, it is because static friction opposes your push. When you say static or kinetic friction the two object that facing each other are opposing each other. That's why you're having a hard time pushing the chair.
