To determine which electromagnet produces the strongest magnetic force, we need to consider both the current intensity and the number of turns in the wire:
- Magnetic Force is generally proportional to both the current flowing through the electromagnet and the number of turns in the wire.
Given the information:
- Electromagnet W: Current = medium, Turns = 10
- Electromagnet X: Current = low, Turns = 10
- Electromagnet Y: Current = medium, Turns = 50
- Electromagnet Z: Current = low, Turns = 50
Now we compare:
- Electromagnet W: Medium current (let’s say it's higher than 'low') and 10 turns.
- Electromagnet X: Low current and 10 turns.
- Electromagnet Y: Medium current (same as W) and 50 turns. This has more turns than W.
- Electromagnet Z: Low current and 50 turns.
Between these, Electromagnet Y has medium current and the most turns (50), which would likely result in the strongest magnetic force.
The answer is: Electromagnet Y.