The centre of gravity of a coupler link in a four bar mechanism will experience

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The centre of gravity of a coupler link in a four bar mechanism will experience

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When a point at the end of a link moves with constant angular velocity, its acceleration will have

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ABCD is a four bar mechanism in which AB = 310mm and CD = 450mm. AB and CD are both perpendicular to the fixed link AD. If the velocity of B at this condition is v. Then the velocity of C is

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A slider moves at a velocity v on a link revolving at ωrad/s. The coriolis component of acceleration is

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In a shaper mechanism, the coriolis component of acceleration does not exists.

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The tangential component of acceleration of the slider with respect to the coincident point on the link is called coriolis component of acceleration.

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When a point moves along a straight line, its acceleration will have

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The acceleration of a particle at any instant has two components, radial component and tangential component. These two components will be

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The coriolis component of acceleration depends upon

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The coriolis component of acceleration acts

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The coriolis component of acceleration is taken into account for

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Instantaneous center of rotation of a link in a four bar mechanism lies on

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It is planned to construct a four-bar mechanism ABCD with length AB= 60mm, BC = 100mm, CD = 70 mm and fixed link AD = 200 mm. If at least one link is required to have a complete rotation, this mechanism is

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In a four-bar linkage, S denotes the shortest link length, L is the longest link length, P and Q are the lengths of other two links. At least one of the three moving links will rotate by 360^0 if

asked Sep 25, 2022 in Machine Kinematics by Leo (38.0k points)

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In a four bar linkage, s denotes the shortest link length, L is the longest link length, P and Q are the lengths of other two links. At least one of the three moving links will rotate by 360° if

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Any point on a link connecting double slider crank chain will trace a

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A horizontal bar 1.5 metres long and of small cross-section rotates about vertical axis through one end. It accelerates uniformly from 1200 r.p.m. to 1500 r.p.m. in an interval of 5 seconds. What is the normal component of the acceleration of the mid-point of the bar after 5 seconds after the acceleration begins ?

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A horizontal bar 1.5 metres long and of small cross-section rotates about vertical axis through one end. It accelerates uniformly from 1200 r.p.m. to 1500 r.p.m. in an interval of 5 seconds. What is the tangential component of the acceleration of the mid-point of the bar after 5 seconds after the acceleration begins ?

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A horizontal bar 1.5 metres long and of small cross-section rotates about vertical axis through one end. It accelerates uniformly from 1200 r.p.m. to 1500 r.p.m. in an interval of 5 seconds. What is the linear velocity at the beginning of the interval ?

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A horizontal bar 1.5 metres long and of small cross-section rotates about vertical axis through one end. It accelerates uniformly from 1200 r.p.m. to 1500 r.p.m. in an interval of 5 seconds. What is the linear velocity at the beginning?

asked Sep 23, 2022 in Machine Kinematics by Leo (38.0k points)

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A horizontal bar 1.5 metres long and of small cross-section rotates about vertical axis through one end. It accelerates uniformly from 1200 r.p.m. to 1500 r.p.m. in an interval of 5 seconds. What is the linear velocity at the end of the interval ?

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The two links OA and OB are connected by a pin joint at O. If the link OA turns with angular velocity ω1 rad/s in the clockwise direction and the link OB turns with angular velocity ω2 rad/s in the anti-clockwise direction, then the rubbing velocity at the pin joint O is

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The relative velocity of B with respect to A in a rigid link AB is

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The acceleration of a particle at any instant moving along a circular path in a direction normal to the tangent at that instant and directed towards the centre of the circular path, is known as

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The magnitude of linear velocity of a point B on a link AB relative to point A is

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Greg · Answer 1 · 2022-10-18T15:49:25+0000

The correct option is (d) both linear and angular acceleration

Easiest explanation: None

The centre of gravity of a coupler link in a four bar mechanism will experience

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