- #1
John A
- 14
- 3
I have a physics lab and the main question is:
'How does the radius of the loops of a solenoid affect the magnetic field produced by the coil?'
For my hypothesis, I wrote:
"The larger the radius of a solenoid is,the weaker the magnetic field will be."
I searched online and found out I was wrong but I'm keeping since it was my initial hypothesis.
I'm stuck on the part where I have to write a procedure. My teacher states my procedure has to clear enough that "someone who knows nothing about it can follow and do it properly." That's the biggest hint I have and I'm lost. How do I write a procedure on how the radius of a selenoid effects the magnetic field. I know it has something to do with ampere's law which calculates the magnetic field, B= μoNI/L
Please help!
'How does the radius of the loops of a solenoid affect the magnetic field produced by the coil?'
For my hypothesis, I wrote:
"The larger the radius of a solenoid is,the weaker the magnetic field will be."
I searched online and found out I was wrong but I'm keeping since it was my initial hypothesis.
I'm stuck on the part where I have to write a procedure. My teacher states my procedure has to clear enough that "someone who knows nothing about it can follow and do it properly." That's the biggest hint I have and I'm lost. How do I write a procedure on how the radius of a selenoid effects the magnetic field. I know it has something to do with ampere's law which calculates the magnetic field, B= μoNI/L
Please help!