#3. The basic design of a Sawzall (reciprocating saw) is bascd upon simple harmonic mo- tion. There is a crank (Scotch yoke) that spins in circular motion with a constant angular velocity, causing the saw blade to move back and forth lincarly. Assume the angular veloc- ity (w) of your Sawzall crank is 375 rad/s. Find the frequency and period for your saw blade.

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#3. The basic design of a Sawzall (reciprocating saw) is bascd upon simple harmonic mo-
tion. There is a crank (Scotch yoke) that spins in circular motion with a constant angular
velocity, causing the saw blade to move back and forth lincarly. Assume the angular veloc-
ity (w) of your Sawzall crank is 375 rad/s. Find the frequency and period for your saw blade.
Transcribed Image Text:#3. The basic design of a Sawzall (reciprocating saw) is bascd upon simple harmonic mo- tion. There is a crank (Scotch yoke) that spins in circular motion with a constant angular velocity, causing the saw blade to move back and forth lincarly. Assume the angular veloc- ity (w) of your Sawzall crank is 375 rad/s. Find the frequency and period for your saw blade.
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