The Wave Function for the Energy Level in a Cubical $\varPsi$

question 38

Multiple Choice

The wave function for the energy level in a cubical box of side L that corresponds to the quantum numbers 1,2,and 3 is

• A)\(\varPsi\) _1,2,3 = A sin(\(\pi\)x/L)sin(2\(\pi\)x/L)sin(\(\pi\)x/L)
• B)\(\varPsi\) _1,2,3 = A sin(\(\pi\)x/L)sin(\(\pi\)x/L)sin(3\(\pi\)x/L)
• C)\(\varPsi\) _1,2,3 = sin(2\(\pi\)x/L)sin(3\(\pi\)x/L)
• D)\(\varPsi\) _1,2,3 = A sin(\(\pi\)x/L)sin(2\(\pi\)x/L)sin(3\(\pi\)x/L)
• E)\(\varPsi\) _1,2,3 = 2A sin(\(\pi\)x/L)sin(2\(\pi\)x/L)sin(3\(\pi\)x/L)

---

Definitions:

Specified Conditions

Conditions that are defined or stated clearly and explicitly, often relating to specific parameters or requirements in a given context.

Enron Collapse

A major corporate scandal involving the bankruptcy of the Enron Corporation in 2001, which was marked by extensive fraud and corruption.

Differential Piece Rate

A compensation system where an employee’s pay is based on the quantity of units produced, with different rates applied depending on the worker's productivity levels.

Standard Hour Plan

A compensation system where employees are paid a set rate for each unit of work completed within a standard timeframe.