- #1
Alche
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what is wedge constant and where and how to use it?
Wedge constant :- Newtons laws of motion
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In summary, the wedge constant is a term commonly used in branches of applied physics. It is not a fundamental term, but rather related to certain apparatus or objects that can be modeled by wedges. The wedge physics community is not very large. It is also sometimes humorously referred to as "π" and can even be related to the sensation of experiencing a wedgie.
- #2
tiny-tim
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Hi Alche! 
Never heard of it.
Where did you find it (can you give us a link or a quote)?
Alche said:
Never heard of it.
Where did you find it (can you give us a link or a quote)?
- #3
Alche
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One of my friend asked me about this, I couldn't find anything about it in books and google so posted it here.
Even I don't have any information about this
Even I don't have any information about this
- #4
arildno
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It might well be that in certain branches of applied physics, "wedge constant" is a commonly used term.Alche said:One of my friend asked me about this, I couldn't find anything about it in books and google so posted it here.
Even I don't have any information about this
But, it will not be a fundamental term, but related to some commonly used apparatus, say, in experimental set-ups, or, perhaps, that the objects studied are readily modeled by wedges, or happens to be wedges themselves.
I don't think the wedge physics community is very large, though..
- #5
tiny-tim
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Maybe it's π …
you can have a wedge of pie!
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arildno
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Nope, I've eaten it already.tiny-tim said:Maybe it's π …
you can have a wedge of pie!
- #7
antsknee
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F=kp
F= applied force
p=pain
k=wedgie constant
The pain felt from a wedgie is proportional to the force applied in pulling their underpants.
:)
F= applied force
p=pain
k=wedgie constant
The pain felt from a wedgie is proportional to the force applied in pulling their underpants.
:)
1. What is the Wedge constant in Newton's Laws of Motion?
The Wedge constant, also known as the Wedge factor, is a constant that represents the ratio of the applied force to the resisting force in a wedge-shaped object. It is a key component in understanding the motion and equilibrium of objects on inclined planes.
2. How is the Wedge constant calculated?
The Wedge constant is calculated by dividing the length of the inclined plane by the height of the wedge. This can also be expressed as the sine of the inclination angle of the plane.
3. How does the Wedge constant relate to Newton's First Law of Motion?
The Wedge constant is a representation of the applied force and the resisting force, which are both components of Newton's First Law of Motion. This law states that an object at rest will remain at rest, and an object in motion will continue to move in a straight line at a constant velocity, unless acted upon by an external force.
4. Can the Wedge constant be used to determine the stability of an object on an inclined plane?
Yes, the Wedge constant is a crucial factor in determining the stability of an object on an inclined plane. The higher the Wedge constant, the more stable the object will be, as it indicates a greater ratio of applied force to resisting force.
5. Are there any real-world applications of the Wedge constant?
Yes, the Wedge constant has many practical applications, such as in engineering and construction. It is used to determine the angle and height of inclined planes in order to ensure stability and safety in structures such as ramps, stairs, and roads.
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