Determining Vx and Iy in a Figure: Tips and Tricks

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To determine Iy in the circuit, understanding the configuration of resistors in series and parallel is essential. The current arrow for Iy should be correctly positioned according to the problem's specifications, as it affects calculations. Applying Kirchhoff's current law can help clarify the relationships between currents at nodes. The user has already calculated Vx using voltage division but struggles with finding Iy specifically for the 40-ohm resistor. Providing more detailed work or calculations may yield better guidance from others in the discussion.
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I must determine Vx and Iy in this figure..

Vx=8 v that what i found using voltage division..but how can i find Iy?

thank you
 

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Are you familiar with combining resistors that are in parallel or series? That seems the most straightforward approach.
 
Is your current arrow for Iy, drawn as given in your problem? In your diagram it appears to be right over a node. (Are you familiar with the behavior of current with respect to Kirchoff's current law?)
 
sry the current Iy is for the resistor(40 ohms)..i did a resistance equivalence to find vx..but i cannot seem to fin Iy..please guide me
 
You need to show your own effort to receive more help here. You've gotten as much help as our guidelines allow until you show your work.
 

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