Concavity would be the property of being concave, meaning the object is curved inwards like a bowl or a satelite dish, while convexity would be the opposit, such as a turtle's shell, or a volkswagon beatle You are from the land of super math and I'm not. But I found a website that looks like it has a good explanaion. mat.hmc.edu/calculus/tutorials/secondderiv/
actually it represents the concavity or convexity of a curve
Yes. That is a requirement of all quadrilaterals. Convexity or concavity are irrelevant.
i don not kno
The umbo is the part of the TM where the malleus is attached.
Investors have two main options for convexity: positive convexity and negative convexity. Positive convexity means that the bond's price increases more than proportionally to a decrease in interest rates, providing potential gains. Negative convexity means the bond's price decreases more than proportionally to an increase in interest rates, leading to potential losses.
Long convexity in bonds refers to the relationship between bond prices and changes in interest rates. In a changing interest rate environment, bonds with long convexity are more sensitive to interest rate movements compared to bonds with short convexity. This means that when interest rates rise, the price of bonds with long convexity will decrease more than bonds with short convexity, and vice versa.
Convexity.
The significance of convexity of options in financial markets lies in its ability to provide investors with the potential for higher returns while limiting downside risk. Convexity allows options to have asymmetric payoffs, meaning they can offer unlimited upside potential with limited downside risk. This feature makes options a valuable tool for hedging against market volatility and for speculating on price movements.
If you mean the medical term for an increase in convexity of the spine, it's lordosis, and increase in the curve of the back. Hope that helps
when the degree of convergence of a convex lens placed in air increases, we say its convexity has increased. as the power of a lens is the measure of degree of its convergence or divergence, we can increase the convexity of a lens increasing its powerthis is further achieved by decreasing its focal length.as focal length is inversly proportional to the refractive index of lens we have to decrease in order to increase its convexity.
decreased
According to Euclid, No. But there are other perceptions of reality that can supply you with any weirdness you desire. Spherical geometry for examples has all lines as circles and therefore convexity.