How Does Increasing Coil Turns Affect Electromagnetic Force in a Solenoid?

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Increasing the number of turns in a solenoid directly enhances the electromagnetic force generated by the electric current flowing through it. The formula for a solenoid indicates that the magnetic field strength is proportional to the number of turns, reinforcing the relationship between coil turns and electromagnetic force. Each additional turn of wire contributes to the overall magnetic field, effectively amplifying the solenoid's strength. This concept aligns with domain theory, which explains how magnetic domains align to produce a stronger magnetic effect with more turns. Therefore, more coils result in a more powerful electromagnet.
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An electric current passing through a coil of wire generated an electromagnetic effect.What effect does the number of turns of wire in a coil have on the size of the electromagnetic force?

What hypothesis can u form and how do you use the domain theory to support this??
 
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Can you show us how far you've gotten on this one?

There are two ways to do this. First, look at the formula for a solenoid and look at the part number of turns plays. Secondly, reason it out. What does each wire do? What happens when you add more?
 
more coils. solenoid is a electromagnet.
 

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