Question

A mixed gas consisting of CO, CO₂, and H₂O molecules is first ionized so each molecule is singly ionized. Each molecule is then accelerated through a potential difference of 25.6 kV. Once accelerated, the molecular beam enters a magnetic field of 0.525 T that is perpendicular to the beam.

1. Determine the velocity of each molecule before entering the magnetic field.
2. Determine the radius of curvature for each molecule as it travels in the magnetic field.
3. Sketch the situation showing where each molecule would hit a screen after each has travelled half a circle.

Please be as detailed as possible when explaining each step.

Answer 1

Mars of no = 28x10 3 kg mass of CO₂ = 44x10348 mass of ₂0 = 18x10 3 kg. @ kiritie energy gained = qov = 1.68101925.68103 = 40.9x10-169 for co ļ mu?= 40.9x1016 4X28X1023 vs 40.9x10-16 v=SP-925x10-13 V = 5.408x1077 ms for ca mu?- 40.9681616 v=J 1-861x10-13 V= 4.31x107 min for H2O = 6.746x107 ml reo = mu = 28x1013x 5.408x10-7 = 180.27x10 m 1.6x10-19 X 0.525 B 448103, 431X10-7 225.76X10m 1.6x10-19 x 0.525 188103 x 6.7468107 1.6x10-19, 0.525 = 144.55x109 m Yo

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