Answer:
No
Explanation:
The lines of the field of a magnet don't begin or stop at anyplace, they generally make shut circles or loops and will proceed inside magnet (however here and there they are not drawn along these lines). We require an approach to show the bearing of the field.
The field lines of a magnet don't simply end at the magnetic tip. They go directly through it, so that inside the magnet the magnetic field lines indicates from the south to the north pole.
Answer:
i think its 10 or 11 not sure though if its wrong im sorry im trying to help
Explanation:
#1).
transfers energy ... both kinds of waves do that
travels in a vacuum ... mechanical waves can't do that
has frequency ... both kinds of waves have
requires a medium ... electromagnetic waves don't need it
2).
infrared, visible, ultraviolet
listed from longest to shortest wavelength
Answer:
I hope it was helpful.........
a. 13.23 N
b. 13.2
What you need to do is use this equation:
(m1 + m2) x g
<u><em>hope it helps!</em></u>
