A double-ionized helium atom, carrying charge +2e (a-particle) is moving with velocity v, that makes angle of 45° with +x axis. The magnitude of the particle's velocity is 8.7% of the speed of light. You can ignore all relativistic effects. What is the magnitude of the magnetic field created by the moving a-particle at point A located at point (0, –4.690) µm when the particle is at the origin, as shown in the picture? y → X А Provide your answer in microteslas, with the precision of three places after the decimal.

A double-ionized helium atom, carrying charge +2e (a-particle) is moving with velocity v, that makes angle of 45° with +x axis. The magnitude of the particle's velocity is 8.7% of the speed of light. You can ignore all relativistic effects. What is the magnitude of the magnetic field created by the moving a-particle at point A located at point (0, –4.690) µm when the particle is at the origin, as shown in the picture? y → X А Provide your answer in microteslas, with the precision of three places after the decimal.