Question: B = Bx(i) in third line where it is cut off /2 Points] DETAILS MY NOTES A charged particle of mass m and charge q

B = Bx(i) in third line where it is cut off

B = Bx(i) in third line where it is cut off /2

/2 Points] DETAILS MY NOTES A charged particle of mass m and charge q = +9.00 C enters a uniform magnetic field. At time t = to the velocity of the particle is V = (14.0 ] + 8.00k) m/s, and it experiences a magnetic force of FB = [-900.0(1) + -354.3( j) + 620.0(k)] N. Th z-component of the magnetic field is known to be zero, so the uniform vector magnetic field can be represented as B = By( + By( j ). What are the x and y-components of the magnetic field: By and By, respectively? Please enter the answer in units of Tesla [T], and enter positive or negative values to indicate positive-x/y direction versus negative-x/y direction. B = B, (1) + By( j) = [[ ( i ) +

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