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Which of the following are the inversions of double slider crank mechanism?
1. Oldham coupling
2. Whitworth quick return mechanism
3. Beam engine mechanism
4. Elliptic trammel mechanism
1. Oldham coupling
2. Whitworth quick return mechanism
3. Beam engine mechanism
4. Elliptic trammel mechanism
Select the correct answer from the codes given below:
- a)1 and 2
- b)1 and 4
- c)1,2 and 3
- d)2, 3 and
Correct answer is option 'B'. Can you explain this answer?
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Verified Answer
Which of the following are the inversions of double slider crank mecha...
Inversion of double slider-crank chain:
1. Elliptic trammel
2. Scotch yoke
3. Oldham's coupling Whitworth quick return mechanism is second inversion of single slider chain
Beam enigne is a type of steam engine
1. Elliptic trammel
2. Scotch yoke
3. Oldham's coupling Whitworth quick return mechanism is second inversion of single slider chain
Beam enigne is a type of steam engine
Most Upvoted Answer
Which of the following are the inversions of double slider crank mecha...
Inversions of a mechanism refer to different arrangements or configurations of the same mechanism. In the case of the double slider crank mechanism, there are several inversions that can be achieved by replacing or modifying certain components. Let's analyze each option to determine which are the inversions of the double slider crank mechanism:
1. Oldham coupling:
- The Oldham coupling is not an inversion of the double slider crank mechanism. It is a type of coupling used to connect two parallel shafts while allowing for misalignment. It does not involve any modification or replacement of components in the double slider crank mechanism.
2. Whitworth quick return mechanism:
- The Whitworth quick return mechanism is an inversion of the double slider crank mechanism. In this inversion, one of the slider crank pairs is replaced by a slotted lever and a connecting rod. This modification results in a quick return motion of the slider, which is useful in applications such as shaping machines.
3. Beam engine mechanism:
- The beam engine mechanism is not an inversion of the double slider crank mechanism. It is a different type of mechanism used in early steam engines. It consists of a beam connected to a crankshaft and a connecting rod, which converts reciprocating motion into rotary motion.
4. Elliptic trammel mechanism:
- The elliptic trammel mechanism is an inversion of the double slider crank mechanism. It involves replacing one of the slider crank pairs with an elliptical trammel. This modification allows for tracing an elliptical path with one of the sliders.
Therefore, the correct answer is option 'B' - 1 and 4. The Oldham coupling (option 1) and the beam engine mechanism (option 3) are not inversions of the double slider crank mechanism. The Whitworth quick return mechanism (option 2) and the elliptic trammel mechanism (option 4) are the inversions of the double slider crank mechanism.
1. Oldham coupling:
- The Oldham coupling is not an inversion of the double slider crank mechanism. It is a type of coupling used to connect two parallel shafts while allowing for misalignment. It does not involve any modification or replacement of components in the double slider crank mechanism.
2. Whitworth quick return mechanism:
- The Whitworth quick return mechanism is an inversion of the double slider crank mechanism. In this inversion, one of the slider crank pairs is replaced by a slotted lever and a connecting rod. This modification results in a quick return motion of the slider, which is useful in applications such as shaping machines.
3. Beam engine mechanism:
- The beam engine mechanism is not an inversion of the double slider crank mechanism. It is a different type of mechanism used in early steam engines. It consists of a beam connected to a crankshaft and a connecting rod, which converts reciprocating motion into rotary motion.
4. Elliptic trammel mechanism:
- The elliptic trammel mechanism is an inversion of the double slider crank mechanism. It involves replacing one of the slider crank pairs with an elliptical trammel. This modification allows for tracing an elliptical path with one of the sliders.
Therefore, the correct answer is option 'B' - 1 and 4. The Oldham coupling (option 1) and the beam engine mechanism (option 3) are not inversions of the double slider crank mechanism. The Whitworth quick return mechanism (option 2) and the elliptic trammel mechanism (option 4) are the inversions of the double slider crank mechanism.
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Which of the following are the inversions of double slider crank mecha...
Oldhams coupling , elliptical trammel, and skotch yoke mechanism are the inversions of double slider crank mechanisms
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