- Q1 The Ab Of The Slidm Crank Mechani Velocity Is Not Contar Following See Pole Ta 0 10 110 Ing With A City 1 Li 1 (28.94 KiB) Viewed 28 times
Q1: The AB of the slidm crank mechani() (velocity is not contar). Following see pole ta (0-10 110 ing with a city (1) Li
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Q1: The AB of the slidm crank mechani() (velocity is not contar). Following see pole ta (0-10 110 ing with a city (1) Li
Q1: The AB of the slidm crank mechani() (velocity is not contar). Following see pole ta (0-10 110 ing with a city (1) Linear velocity of slider will be (2) Angilar velocity of slider will be amo (3) Mechanism has three joints (4) Linear acceleration of slider will be re (5) Radial acceleration of slider will be re Sider DC (6) Angular acceleration of slider will be no (7) Linear velocity of crank will be zero (8) Angular velocity of crank will be zero (9) Tangential acceleration of crank will be not be aro (10) Radial acceleration of crank will be zero (11) Angular acceleration of crank will be aro (12) Linear velocity of connecting rod BC will be amo (13) Angular velocity of connecting rod BC will be zo (14) Tangential acceleration of connecting rod BC will be aro (15) Radial acceleration of connecting rod BC will be not be aro (16) Angular acceleration of connecting rod BC will be are (17) Mechanism has four joints