The solutions to the Schrödinger equation are wave functions that describe the quantum state of a system, encapsulating information about the probabilities of finding a particle in various positions and states. These wave functions must satisfy specific boundary conditions and are generally complex-valued, leading to observable quantities through their squared magnitudes. Additionally, they exhibit properties such as superposition and entanglement, reflecting the fundamental principles of quantum mechanics.
That its roots (solutions) are coincident.
They are called the "solutions" of the equation.
An inconsistent equation (or system of equations) is one that has no possible solutions. That is precisely why we call it inconsistent; there is no solution set that can be substituted for its variable or variables that will make the equation (or system) true.
True yal :)
The statement is true.
That its roots (solutions) are coincident.
That its roots (solutions) are coincident.
They are called the "solutions" of the equation.
It is one of a set of solutions.
The equation has two real solutions.
The two solutions are coincident.
the formula you are going to use to answer the equation
An inconsistent equation (or system of equations) is one that has no possible solutions. That is precisely why we call it inconsistent; there is no solution set that can be substituted for its variable or variables that will make the equation (or system) true.
True yal :)
True - otherwise there would be no point in doing it!
The equation or a system of equations having infinite solutions is called identity/identities. (a+b)^2=a^2+2ab+b^2 is an identity. It has infinite solutions. The equation is true for all values of a and b.
The statement is true.