7. Assuming that the distance between the rows is 1.25 cm, calculate how much the field should decrease between the firs
Posted: Thu Feb 17, 2022 11:08 am
7. Assuming that the distance between the rows is 1.25 cm,
calculate how much the field should decrease between the first and
second rows, assuming that the starting value is 3.66 G. (Remember
that the magnetic field follows an inverse square rule.) Record
your answer here: please show work.
Now calculate how much the field should decrease from the first
row to the last row (12 rows). First, calculate the distance from
the first row to the last row by adding the distance between each
row. Record the distance here:
Next, calculate how much the field should decrease from the
starting value of 3.66 using the inverse square law. Record your
answer here
calculate how much the field should decrease between the first and
second rows, assuming that the starting value is 3.66 G. (Remember
that the magnetic field follows an inverse square rule.) Record
your answer here: please show work.
Now calculate how much the field should decrease from the first
row to the last row (12 rows). First, calculate the distance from
the first row to the last row by adding the distance between each
row. Record the distance here:
Next, calculate how much the field should decrease from the
starting value of 3.66 using the inverse square law. Record your
answer here