answer:Depreciation Expense = (Cost of Equipment - Remaining Useful Life) / Useful Life Depreciation Expense = (10,000 - 3,000) / 10 years = 700 The adjusting entry would be: Debit Depreciation Expense, 700; Credit Accumulated Depreciation, 700.

answer:Equality in the workplace refers to the principle of providing fair and equal opportunities for all employees and job applicants, regardless of their protected characteristics such as gender, age, race, or disability. It ensures that no one is disadvantaged or discriminated against based on these factors. The significance of equality in the workplace lies in fostering an inclusive environment that values diversity and promotes equal access to job openings, training, promotions, and fair treatment in employment termination. By embracing diversity, organizations can tap into a broader pool of talent, breaking down stereotypes and enabling individuals to reach their full potential without facing prejudice. Moreover, an inclusive workplace contributes to higher productivity and efficiency, as it encourages collaboration and the sharing of diverse perspectives. For a college magazine's audience, understanding this concept is crucial, as it prepares them for entering the professional world with a mindset that appreciates and upholds fairness and equal opportunities. It also encourages them to advocate for these values in their future careers, contributing to a more equitable and thriving work environment.

answer:The multiplication of the scalar -frac{11}{32} and the matrix results in: left( begin{array}{cc} -frac{77}{32} & frac{77}{32} -frac{77}{32} & frac{11}{16} frac{55}{32} & -frac{11}{8} -frac{77}{32} & -frac{99}{32} end{array} right) Here, each element of the matrix is multiplied by the scalar -frac{11}{32} to obtain the entries in the resulting matrix.

answer:While ce{Fe(NH3)5} may exist, it is less stable compared to ce{Fe(CO)5} due to the nature of bonding between the ligands and the metal in these complexes. In ce{Fe(CO)5}, the metal-carbonyl bonding results from a combination of a sigma bond and two pi bonds. The sigma bond is formed by the overlap of the carbon sp hybrid orbital (containing the lone pair) with an empty d orbital of iron. CO acts as a sigma donor in this process. The two pi bonds are created by the overlap of a filled metal d orbital with the pi^* molecular orbitals of CO, making CO a pi acceptor as well. This dual role of CO as a sigma donor and pi acceptor contributes to a partial triple-bond character between M and CO, stabilizing the complex. In contrast, ce{NH3} can only serve as a sigma donor since it lacks a pi system. The lone pair on nitrogen in the sp^3 hybrid orbital is used for bonding with the metal, but it cannot participate in pi backbonding. This limits the stabilization that can be achieved through ligand-metal bonding, particularly in low oxidation states. As a result, complexes with ammonia ligands, like ce{Fe(NH3)5}, are generally less stable due to the absence of pi backbonding. However, it is important to note that ce{Fe(NH3)5} might still exist but in a less stable or more reactive form.