Answer:
V = 1.1658 × V
Explanation:
given data
strip of copper thick = 130 µm
strip of copper wide = 4.40 mm
uniform magnetic field of magnitude B = 0.79 T
current i = 26 A
number of charge carriers per unit volume = 8.47 × electrons/m³
solution
we know that number density is express as
n = \frac{Bi}{Vle} ...............1
B is uniform magnetic field and i is current and V is hall potential difference and l is thickness and e is electron charge 1.6 × C
so V will be as
V = \frac{iB}{nle} .....................2
so put here value and we get V
V =
V = 1.1658 × V
Answer:
10 feet.
Explanation:
Conductors are considered outside the building when they installed. The requirement of NEC is above 10 feet for the clearance after the final grade for service conductors and cables where they are connected with the building, above the sidewalks and the to other areas which are accessible to the pedestrians.
Answer:
Get out if the car
Explanation:
Get out of the car because the car could explode by over eclectic power
It looks like you have missed the necessary options for us to answer this question so I had to look for it. Anyway, here is the answer . increase the capacitance value of the capacitor.
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