According to the wave-particle duality of matter by de-Broglie, which of the following graph plots presents the most…

🧠 The Inverse Pulse De Broglie's relationship ($\lambda = h/p$) is a classic inverse proportion. As momentum ($p$) goes up, wavelength ($\lambda$) comes down.

🗺️ The Coordinate Logic

1. The Equation: $y \propto 1/x$. In mathematics, this generates a rectangular hyperbola.
2. Verification: Unlike a straight line, a hyperbola never touches the axes; it asymptotically approaches them. Momentum can be very large, but wavelength never hits true zero.

⚡ The $y = 1/x$ Identifier Whenever you see a product of variables equal a constant ($p\lambda = h$), the graph in the first quadrant is always that characteristic "L-curve."

⚠️ Common Traps A linear downward slope is wrong! That would imply $\lambda = a - bp$, which contradicts the theory.

$\boxed{\text{Answer: (A)}}$