Static Equilibrium of a rigid body. The left picture of the rigid body is the initial, the right picture is the final. Complete the calculations of all the quantities in the data table. Check to see if each of the equations of equilibrium is satisified. Use the blue filled out information to help you get the data for the other parts. 1₂X 31₁ FCOMF₁+X₁123a5B)УзF4FoF₂X2+X 3F3COMF₁BX₁aF5У зF₁F₁ Mass of the boom mboom:Mass of the hinge mhingeMass of the load mload:Weight of the boom F₁ = mboom 9:Weight of the load F₂ = mload 9:Wire force F3:Normal force of the hinge F4 :Horizontal force of the hinge F₁:Weight of the hinge F₁ = mhinge 9:position of the COM of the boom along the boom 1₁:x-position of the COM of the boom x₁ :position of the load action point along the boom 1₂:x-position of the load X2 :position of the wire action point along the boom 13:x-position of the wire action point X3:y-position of the wire action point y3 :angle of the boom with the horizontal a:angle of the wire with the horizontal (sign !):Net x-force Fnet.x:Net y-force Fnet.x:Data TableNet torque Tnet:RelativeuncertaintyF3:For the following list all terms in the sum !RelativeuncertaintyF4:0.3367 kg0.0437 kg0.2052 kg6.9 N3.0 N6.5 N0.758 m/2 (half of length)0.620 m0.554 m18°+22°RelativeuncertaintyF₁:

To find: The missing elements in the box. Given: The filled elements in the box are the given data.…

Mass of the boom boom: Mass of the hinge mhinge- Mass of the load mload: Weight of the boom F₁ = mboom g: Weight of the load F₂ = Mload 9: Wire force F3: Normal force of the hinge F₁: Horizontal force of the hinge Fs: Weight of the hinge F6 = mhinge 9: position of the COM of the boom along the boom 1₁: x-position of the COM of the boom x₁ : position of the load action point along the boom 1₂: x-position of the load X₂ : position of the wire action point along the boom 13: x-position of the wire action point X3 : y-position of the wire action point y3: angle of the boom with the horizontal a: angle of the wire with the horizontal (sign !): Net x-force Fnetx: Net y-force Fnetx: Data Table Net torque Thet: Relative uncertainty F3: For the following list all terms in the sum ! Relative uncertainty F4: 0.3367 kg 0.0437 kg 0.2052 kg 6.9 N 3.0 N 6.5 N 0.758 m / 2 (half of length) 0.620 m 0.554 m 18° +22° Relative uncertainty Fs:

Mass of the boom boom: Mass of the hinge mhinge- Mass of the load mload: Weight of the boom F₁ = mboom g: Weight of the load F₂ = Mload 9: Wire force F3: Normal force of the hinge F₁: Horizontal force of the hinge Fs: Weight of the hinge F6 = mhinge 9: position of the COM of the boom along the boom 1₁: x-position of the COM of the boom x₁ : position of the load action point along the boom 1₂: x-position of the load X₂ : position of the wire action point along the boom 13: x-position of the wire action point X3 : y-position of the wire action point y3: angle of the boom with the horizontal a: angle of the wire with the horizontal (sign !): Net x-force Fnetx: Net y-force Fnetx: Data Table Net torque Thet: Relative uncertainty F3: For the following list all terms in the sum ! Relative uncertainty F4: 0.3367 kg 0.0437 kg 0.2052 kg 6.9 N 3.0 N 6.5 N 0.758 m / 2 (half of length) 0.620 m 0.554 m 18° +22° Relative uncertainty Fs:

Refrigeration and Air Conditioning Technology (MindTap Course List)

8th Edition

ISBN:9781305578296

Author:John Tomczyk, Eugene Silberstein, Bill Whitman, Bill Johnson

Publisher:John Tomczyk, Eugene Silberstein, Bill Whitman, Bill Johnson

Chapter31: Gas Heat

Section: Chapter Questions

Problem 5RQ: The specific gravity of natural gas is A. 0.08. B. 1.00. C. 0.42. D. 0.60.

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