A gold(III) ion is accelerated by the electric field created between two parallel plates separated by 0.020 m. The ion carries a charge of +3q, and has a mass of 3.27 x 10 kg. A potential difference of 1000V is applied across the plates. The work done to move the ion from one plate to the other results in an increase in the kinetic energy of the gold(IIl) ion. If the ion starts from rest, calculate its final speed. 1G00. 1o-190

A gold(III) ion is accelerated by the electric field created between two parallel plates separated by 0.020 m. The ion carries a charge of +3q, and has a mass of 3.27 x 10 kg. A potential difference of 1000V is applied across the plates. The work done to move the ion from one plate to the other results in an increase in the kinetic energy of the gold(IIl) ion. If the ion starts from rest, calculate its final speed. 1G00. 1o-190