Q6) A hydraulic system is shown in figure Q6. Assume the system is in equilibrium state (There is no force transmitted), determine: m1 m2 ( Given = A1 g = 9.81 m/s² ) A2 i) The suitable radius R1 in...


Q6) A hydraulic system is shown in figure Q6. Assume the system is in equilibrium state (There is no<br>force transmitted), determine:<br>m1<br>m2<br>( Given =<br>A1<br>g = 9.81 m/s² )<br>A2<br>i) The suitable radius R1 in cm.<br>ii) If R1 = R2, which one of the masses (m1 or m2) will be lifted up and why?<br>m2= 500 kg<br>m1 =180 kg<br>R1 = ?<br>R2 =20 cm<br>Figure Q6<br>***** End of Paper *****<br>

Extracted text: Q6) A hydraulic system is shown in figure Q6. Assume the system is in equilibrium state (There is no force transmitted), determine: m1 m2 ( Given = A1 g = 9.81 m/s² ) A2 i) The suitable radius R1 in cm. ii) If R1 = R2, which one of the masses (m1 or m2) will be lifted up and why? m2= 500 kg m1 =180 kg R1 = ? R2 =20 cm Figure Q6 ***** End of Paper *****

Jun 11, 2022
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