Faradays Law Measuring the Voltage Changes of a Magnetic Field Lab Report rephrase all of the lab please with same pictures 1 Faraday’s Law Group 10 Wednes

Faradays Law Measuring the Voltage Changes of a Magnetic Field Lab Report rephrase all of the lab please with same pictures 1
Faraday’s Law
Group 10
Wednesday 11am-12:50pm
13 Mar 2019
Ahmed Alsehali, Abdullah Almishkhes, Abdulaziz Rashid
2
Conclusion
Part 1.
In our experiment, the prediction we formulated is that, induction coil will be wound counterclockwise started from the positive (+) to negative (-) leads. Knowing that in Faraday’s Law, we
could measure the voltage changes once the magnetic field moved near the induction coil.
Hence, in this experiment, there is positive EMF that the magnet pole has formulated. This
happened due to the negative (induction
coil) magnetic field that been formulated which been
1
attracts north pole of the magnet, as wee as there is the opposite of magnetic field and of the
3
4
EMF formulated. There is an increased of the strength in our experiment because there
is an
increased of voltage being observed. The voltage is in a maximum peak, which allowing us to
induce the inductor as “wound counter-clockwise
from (+ t o -). As we have the iron bar in our
5
6
experiment with an inductor, there having a more extreme of voltage change.
2
3
Part II
7
We started to conduct a measure of distance of two inductors where we placed in this
experiment. With this lab, the two inductors
have been connected to the current/voltage probes.
8
In this case, we are trying to find out the distance between them regarding of the magnetic field
4
9
5
6
11
The increased of the distance
would be not strong for magnetic
field, and because of this, we
10
12
observed that
here is a decreased 14
found on the potential changed on the graph as the distance of
13
the inductors been moved far apart to each other.
Hence, the distance in the denominator makes
15
of the magnetic field equation as theoretical.
Part III
Whenever electric charges are in motion there is electric current. The charges may be positive or
negative, the electric current does not depend on the sign of the moving charges. hence, in this
lab, we focus on how the electric current can create motion. In this lab, we have the inductors in
our hand which we connect it to the power amplifier. As we place the inductor down together
with the iron bar which opposite to its side, we found that there is a strong enough electric
motion could formulate a motion, this is due to the energy within that current.
Comment Summary
Page 2
1. stray leftover from a rewrite? either way, better without. – 0.4
2. Need to explain connection between magnetic direction and electric direction, also between electric direction
and winding of coil. – 3
3. -0.2
i. increase (twice)
4. allowed -0.2
5. one better option is “…is more extreme..” or maybe “…has greater extremes of…” -0.2
6. should identify which of these figures is which, either in text or in caption – 1
Page 3
7. leave this word out -0.1
8. “…effect of distance on…” -0.1
Page 4
9. need something to identify these pictures, which is which “inductors side by side”, “close to each other”, “further
apart” or something either in text or in captions. – 3
Page 6
10. decrease -0.1
11. increase -0.1
12. change -0.1
13. “are” or “has been” -0.1
14. from -0.1
15. this last sentence is just a word or two away from right, but I’m not sure which way you meant. It’s a good point
to be making, though. -0.2

Purchase answer to see full
attachment