rigid insulated wire frame, in the form of right triangle ABC is set in a vertical plane. Two beads of equal masses in each carrying charges q₁ and 9, are con- nected by a chord of length I and can slide without friction on the wires. Considering the case when the beads are sta- tionary, determine 1. the angle a. 2. the tension in the chord, and 3. the normal reactions on the beads if the chord is not cut. What are the values of the charges for which the beads continue to remain stationary?
rigid insulated wire frame, in the form of right triangle ABC is set in a vertical plane. Two beads of equal masses in each carrying charges q₁ and 9, are con- nected by a chord of length I and can slide without friction on the wires. Considering the case when the beads are sta- tionary, determine 1. the angle a. 2. the tension in the chord, and 3. the normal reactions on the beads if the chord is not cut. What are the values of the charges for which the beads continue to remain stationary?
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Transcribed Image Text:rigid insulated wire frame, in the form
of right triangle ABC is set in a vertical plane. Two beads
of equal masses in each carrying charges q₁ and 4₂ are con-
nected by a chord of length I and can slide without friction
on the wires. Considering the case when the beads are sta-
tionary, determine
1. the angle a.
2. the tension in the chord, and
3. the normal reactions on the beads if the chord is not cut.
What are the values of the charges for which the beads
continue to remain stationary?
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