B1: A single cylinder crank-connecting rod piston mechanism schematic is shown in Figure 11. a) Determine...

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B1: A single cylinder crank-connecting rod piston mechanism schematic is shown in Figure 11. a) Determine the velocity of piston B as a function of crank angle 0 using Microsoft Excel and plot the graph. The equation for velocity is given below: = RW {{sino + B sin 20) Equation for Velocity of Piston B 2L b) Determine the acceleration of piston B as a function of crank angle 0 using Microsoft Excel and plot the graph. The equation for acceleration is given below: = RC 2 {cose + 1 C0520}] Equation for Acceleration of Piston B c) Provide a detailed explanation about the behaviour of the piston (velocity and acceleration) at the top dead centre (TDC) and bottom dead centre (BDC). Given OA= R= 100 mm AB=L=400 mm A B W = 10 rad/s Figure 11 0 B1: A single cylinder crank-connecting rod piston mechanism schematic is shown in Figure 11. a) Determine the velocity of piston B as a function of crank angle 0 using Microsoft Excel and plot the graph. The equation for velocity is given below: = RW {{sino + B sin 20) Equation for Velocity of Piston B 2L b) Determine the acceleration of piston B as a function of crank angle 0 using Microsoft Excel and plot the graph. The equation for acceleration is given below: = RC 2 {cose + 1 C0520}] Equation for Acceleration of Piston B c) Provide a detailed explanation about the behaviour of the piston (velocity and acceleration) at the top dead centre (TDC) and bottom dead centre (BDC). Given OA= R= 100 mm AB=L=400 mm A B W = 10 rad/s Figure 11 0