A very long straight wire carrying a 4-a current is placed along the x-axis.due to this wire, what isthe magnitude and direction
of the magnetic field at a point p on the y axis at y = 2.0 cm?
1 answer:
The magnitude is 4×10⁻⁵T and direction of the magnetic field at a point p is -z axis.
we know that magnetic field due to a long straight wire at a point perpendicular to it is given by
B=(μ°I)/2πR
μ°= 4π×10⁻⁷Hm⁻¹
R=2cm
I=4A
on substituting value we get
B=(4π×10⁻⁷×4)/2π×2×10⁻²
B=4×10⁻⁵T
the direction will be along negative Z axis, outside the plane
learn more about magnetic field due a long straight wire here:
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Answer:
option D is correct
Explanation:
cl has 17 electrons if it has 18 it becomes cl-
Then everyone would fall off the surface
family 16 cause i said so XD
If a mass of a neutron is 1 the electron mass is 0.00054386734 and it's charge is negative. Hope this helps! ;)
Would be A 1012 N/C because The magnitude of the electric field at distance r from a point charge q is E=k
e
q/r
2
, so
E=
(5.11×10
−11
m)
2
(8.99×10
9
N.m
2
/C
2
)(1.60×10
−19
C)
=5.51×10
11
N/C∼10
1
2N/C
making (e) the best choice for this question.