erwt at (c) In the figure on the right • Piston mass mp +0.3kg • Mass of connecting rod m, 1.5kg • Connecting rod length

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erwt at (c) In the figure on the right • Piston mass mp +0.3kg • Mass of connecting rod m, 1.5kg • Connecting rod length

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Erwt At C In The Figure On The Right Piston Mass Mp 0 3kg Mass Of Connecting Rod M 1 5kg Connecting Rod Length 1
Erwt At C In The Figure On The Right Piston Mass Mp 0 3kg Mass Of Connecting Rod M 1 5kg Connecting Rod Length 1 (24.73 KiB) Viewed 11 times
erwt at (c) In the figure on the right • Piston mass mp +0.3kg • Mass of connecting rod m, 1.5kg • Connecting rod length l=30cm (center of gravity G is in the center) • Crank radius of gyration r =8cm • Rotation speed 2000 rpm There is a mechanism At this time, find the inertial forces X and Y, respectively. (The notation of sin wt and cos wt can be left as it is) Piston. Crank mechanism
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