E42001: Build this assembly in SOLIDWORKS (GripperAssembly)

It contains 1 Body (1), 1 Arm1 (2), 1 Arm2 (3), 2 Grip (4), 1Large_Pin (5) and 2 Small_Pin (6)

Unit system: MMGS (millimeter, gram, second)Decimal places: 2 Assembly origin: Aligned with Origin of ?Body.sldprt?

-Download the attached zip file and open it. -Save the contained parts and open those parts in SOLIDWORKS. (Note: If SOLIDWORKS prompts ?Do you want to proceed with featurerecognition??, please click ?No?.)

-Create the assembly using the following conditions:

1. Insert the Body (1) and match the Body's origin to theorigin of the assembly. (This is important for calculating theproper Center of Mass)

2. Large_Pin (5) is mated concentric to Body (1), Arm1(2) and Arm2 (3)

3. Front of Large_Pin (5) is coincident with flat ofcounterbore of Body (1)

4. Small_Pin (6) is mated concentric to Arm1 (2) and Grip(4)

5. Small_Pin (6) is mated concentric to Arm2 (3) and Grip(4)

6. Small_Pin (6) is coincident with front flat of Grip(4)

7. Arm1 (2), Arm2 (3) and Grips (4) will be matedcoincident as shown in Details A, B and C

8. Front of Arm2 (3) is coincident with front inside faceof Body (1) as show in Detail C

9. Grips (4) will be mated parallel to Arm1 (2) and Arm2(3) as shown in Details E and F

X = 64.00 degreesWhat is the center of mass of the assembly (millimeters)?

Hint: If you don't find an option within 1% of your answerplease re-check your model(s).

Partfile:https://anonfiles.com/F6icv5N3x6/Gripper_Assembly_zip

Transcribed Image Text:

Question 10 of 14 For 30 points: E42001: Build this assembly in SOLIDWORKS (Gripper A Assembly) It contains 1 Body (1), 1 Arm1 (2), 1 Arm2 (3), 2 Grip (4), 1 Large_Pin (5) and 2 Small_Pin (6) Unit system: MMGS (millimeter, gram, second) Decimal places: 2 Assembly origin: Aligned with Origin of 'Body.sldprt' -Download the attached zip file and open it. -Save the contained parts and open those parts in SOLIDWORKS. (Note: If SOLIDWORKS prompts 'Do you want to proceed with feature recognition?", please click 'No'.) -Create the assembly using the following conditions: Attachment to this question Gripper Assembly.zip (534.8 kB) OX= -80.94, Y = -1.04, Z = 0.82 OX= -83.32, Y = -0.19, Z = 0.25 QQ OX= -88.77, Y= -0.26, Z= 0.02 OX= -75.96, Y = -0.51, Z = 2.34 Question 10 of 14 For 30 points: E42001: Build this assembly in SOLIDWORKS (Gripper A Assembly) It contains 1 Body (1), 1 Arm1 (2), 1 Arm2 (3), 2 Grip (4), 1 Large_Pin (5) and 2 Small_Pin (6) Unit system: MMGS (millimeter, gram, second) Decimal places: 2 Assembly origin: Aligned with Origin of 'Body.sldprt' -Download the attached zip file and open it. -Save the contained parts and open those parts in SOLIDWORKS. (Note: If SOLIDWORKS prompts 'Do you want to proceed with feature recognition?", please click 'No'.) -Create the assembly using the following conditions: Attachment to this question Gripper Assembly.zip (534.8 kB) OX= -80.94, Y = -1.04, Z = 0.82 OX= -83.32, Y = -0.19, Z = 0.25 QQ OX= -88.77, Y= -0.26, Z= 0.02 OX= -75.96, Y = -0.51, Z = 2.34

Answer rating: 100% (QA)

Dynamic process modeling is a type of process modeling that captures timedependent behaviors meaning it takes into account how the process changes ove... View the full answer