You will design a fourbar linkage to move the coupler AB from position A1B1 to A2B2...

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You will design a fourbar linkage to move the coupler AB from position A1B1 to A2B2 as shown below using the analytical synthesis method with the second strategy. A1 B1 A2 B2 A1: (0, 0) B1: (200, -200) A2: (400, -200) B2: (600, 0) unit: mm a) Make a program using Excel for the synthesis. The Excel program should include the part of i. (5 pt.) Input of coupler geometry ii. (5 pt.) Calculation of the vector of P12 and alpha2 iii. (7 pt.) Crank synthesis (A free choice will be beta2.) iv. (8 pt.) Rocker synthesis (A free choice will be gamma2.) V. (5 pt.) Results presentation (You can use the x-y scatter graph function of Excel.) b) Show the synthesis results in graph for the following four cases. Cases Beta 2 Gamma 2 1 -60 90 2 -90 90 3 -60 -90 4 -90 -90 choice. State your final choice of synthesis among the four cases and explain the reason of the You will design a fourbar linkage to move the coupler AB from position A1B1 to A2B2 as shown below using the analytical synthesis method with the second strategy. A1 B1 A2 B2 A1: (0, 0) B1: (200, -200) A2: (400, -200) B2: (600, 0) unit: mm a) Make a program using Excel for the synthesis. The Excel program should include the part of i. (5 pt.) Input of coupler geometry ii. (5 pt.) Calculation of the vector of P12 and alpha2 iii. (7 pt.) Crank synthesis (A free choice will be beta2.) iv. (8 pt.) Rocker synthesis (A free choice will be gamma2.) V. (5 pt.) Results presentation (You can use the x-y scatter graph function of Excel.) b) Show the synthesis results in graph for the following four cases. Cases Beta 2 Gamma 2 1 -60 90 2 -90 90 3 -60 -90 4 -90 -90 choice. State your final choice of synthesis among the four cases and explain the reason of the

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Fourbar Linkage Synthesis with Excel a Excel Program 1 Input of coupler geometry Parameter Symbol Value Unit Point A1 coordinates X1 Y1 0 0 mm Point B... View the full answer