Figure #1Figure #2Figure #3Figure #4Figure #1 above shows the initial position of a piston that is connected to a crankshaft by a tie ro","Figure #2 shows the relative positions after the crankshaft is rotated 90 degrees (one quarter of a revolution) in the direction shown. Figure #3 shows the relative positions after another 90 degrees of rotation. In Figure #4, what will be the position of the tie rod attachment to the crankshaft after yet another 90 degree rotation?

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<img src='https://www.fatskills.com/images3/firefighter/80f3a574df05fa64c76db30a0b598ef1.gif' border='0'/><br>Figure #1<br><img src='https://www.fatskills.com/images3/firefighter/3b47271fc34a412c4017b9b8f0bdee7a.gif' border='0' alt='0266-02.gif'/><br>Figure #2<br><img src='https://www.fatskills.com/images3/firefighter/ebb7fac9a65b8227e1859ffb5a3687ca.gif' border='0' alt='0266-03.gif'/><br>Figure #3<br><img src='https://www.fatskills.com/images3/firefighter/761e6afefd137248b271c061b3f3d7ea.gif' border='0' alt='0266-04.gif'/><br>Figure #4<br>Figure #1 above shows the initial position of a piston that is connected to a crankshaft by a tie ro","Figure #2 shows the relative positions after the crankshaft is rotated 90 degrees (one quarter of a revolution) in the direction shown. Figure #3 shows the relative positions after another 90 degrees of rotation. In Figure #4, what will be the position of the tie rod attachment to the crankshaft after yet another 90 degree rotation?