SUPPOSE YOU ARE JUXTAPOSED WITH THIS QUESTION;HOW IS THE BEST WAY TO ANSWER IT

Proponents of the technological singularity often reference the exponential growth in computer chip power as evidence that technology growth is exponential. Known informally as Moore's law, the number of transistors in a CPU has indeed doubled every two years for the past forty years. Since the transistor is the fundamental processing unit of a computer chip, Moore's law states roughly that the power of computers is doubling every two years. While this exponential growth is true for raw computing power, that does not make it true for every other kind of technology. Proponents may claim that since every other field of technology can be designed on a computer, exponential computer growth automatically leads to exponential growth in all other areas of technology. There are two problems with this line of reasoning.

First, raw computing power does not magically turn into technological advances on its own. It takes a human to use the raw processing power and create innovation. For instance, giving an architect a computer that is twice as fast as his old computer will not make him design a bridge that is twice as strong. The innovations in bridge design are primarily a result of human ingenuity and not just faster computers. If the average computer user opens his computer's Task Manager and takes a look at his current CPU usage, he would discover he is using about 5% of his CPU power (go ahead right now and check for yourself on your own computer). Actions such as browsing the internet, writing in a word processor, updating the calendar, and sketching up the design of a new product are not very computationally intensive. As a result, adding more computer processing power is not going to affect the productivity of most users who already don't use a large portion of their current processing power. For the average user, faster computers will just mean higher resolution movies and more realistic looking video games, but little gain in productivity. For scientists and engineers who develop technology by running numerical simulations, improved processing powerdoeshave a significant impact. But even in these cases, it takes human ingenuity to take advantage of the improved processing power. It takes a human to know how to build the simulations, how to run the simulations correctly, and how to interpret the results.

QUETSIONS

1.explain the relevance of Activity based budgeting (ABB) in the utilization of the cost drivers for the human resource department assumptions

2. interconnect the value added chains of the supply chain and how they impact on the human resource management

3.analyse the Enterprise Resource Planning Systems that have an alternative customization of the events of the HRM in the business functions within an organization

4.interpert the e benefits and difficulties of the participation of employees in the negotiation of targets for the human resource managementdepartment

5. elaborate the Role of the budget department or controller in budgeting and the interlink they have in possession in the HRM

6.what are the Misunderstandings about the objectives of senior management for the human resource staff

7.explain the introductions of the budget review that encompass the detailing the differences of the human resource management

8.discuss the Co-ordination of budgets and the likelihood of the human resource management to monitor the identification of the inconsistencies

9.what does the step of the absorption of overhead rate of the Negotiation of budgets with superiors have to do with the human resource management operations

10.how can the HRM department be able to prepare the Raw materials purchase budget