An 88.30-cm wire that carries an electric current of 1.35 A perpendicular to the field has experienced a magnetic force of 9.0✕10 -3 N. Solve for the magnitude of the magnetic field that caused this force.
F=BILsinθF=BILsin \thetaF=BILsinθ
B=FILsinθB= \frac{F}{ILsin \theta}B=ILsinθF
B=9.0×10−31.35×88.30×10−2sin90B= \frac{9.0 \times 10^{-3}}{1.35 \times 88.30 \times 10^{-2}sin90}B=1.35×88.30×10−2sin909.0×10−3
B=9.01.35×88.30×10−3×102B= \frac{9.0}{1.35 \times 88.30 } \times 10^{-3} \times 10^{2}B=1.35×88.309.0×10−3×102
B=0.00075×10−1B= 0.00075 \times 10^{-1}B=0.00075×10−1
B=7.5×10−6TB= 7.5 \times 10^{-6} TB=7.5×10−6T
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