It would be aluminum chlorite.
Answer:
We know ForceF=mass×acceleration----------(1)
And given ForceF=
r
mv
2
----------(2)
Equating 1 and 2 dimensionaly we get ,
ma=
r
mv
2
MLT
−2
=ML
2
T
−2
L
−1
MLT
−2
=MLT
−2
Answer:
mass*velocity=1.5*10^4 * 15
= 22.5*10^4
True.
As the length of the conductor increases, so also the resistance to the flow of current increases along the conductor.
