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2. Again, consider the switching device shown. If the vertical control rod has a constant downward velocity of 3 ft/sec when 0= 60° and if roller A is in continuous contact with the horizontal surface, determine the magnitude of the acceleration of roller C at this instant. Note, you will need to write the equation the acceleration of roller A on your way to the solution.

2. Again, consider the switching device shown. If the vertical control rod has a constant downward velocity of 3 ft/sec when 0= 60° and if roller A is in continuous contact with the horizontal surface, determine the magnitude of the acceleration of roller C at this instant. Note, you will need to write the equation the acceleration of roller A on your way to the solution.

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2. Again, consider the switching device shown. If the vertical control rod has a constant downward velocity of 3 ft/sec when 0= 60° and if roller A is in continuous contact with the horizontal surface, determine the magnitude of the acceleration of roller C at this instant. Note, you will need to write the equation the acceleration of roller A on your way to the solution.
Transcribed Image Text:2. Again, consider the switching device shown. If the vertical control rod has a constant downward velocity of 3 ft/sec when 0= 60° and if roller A is in continuous contact with the horizontal surface, determine the magnitude of the acceleration of roller C at this instant. Note, you will need to write the equation the acceleration of roller A on your way to the solution.
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