answer correctly for full credit

Within its realm of validity, a good theory matches experimental results very well. But go beyond the limitations of a theory, and it starts giving predictions that are inaccurate or even just nonsense. Physicists hope to one day develop a theory of everything that has no limitations and is accurate in all situations. But we do not have that yet. Currently, the best physics theories are quantum field theory and Einstein's general relativity. Quantum field theory very accurately describes the physics from the size of humans down to the smallest particle. At the same time, quantum field theory fails on the planetary and astronomical scales, and, in fact, says nothing at all about gravity. In contrast, general relativity accurately predicts gravitational effects and other effects on the astronomical scale, but says nothing about atoms, electromagnetism, or anything on the small scale. Using general relativity to predict an electron's orbit around an atomic nucleus will give you embarrassingly bad results, and using quantum field theory to predict earth's orbit around the sun will likewise give you bad results. But as long as scientists and engineers use the right theory in the right setting, they mostly get the right answers in their research, calculations, and predictions.

The good thing is that general relativity does not overlap much with quantum field theory. For most astronomical-scale and gravitational calculations, you can get away with using just general relativity and ignoring quantum field theory. Similarly, for small-scale and electromagnetic calculations you can get away with using quantum field theory and ignoring general relativity. For example, you use just quantum field theory to describe what the atoms in the sun are doing, but use just general relativity to describe what the sun is doing as a whole. Many efforts are underway to consistently unite quantum field theory and general relativity into one complete theory, but none of these efforts have been fully solidified or confirmed by experiments. Until a successful theory of everything comes along, physicists can mostly get by with using both general relativity and relativistic quantum theory in a patchwork manner. This approach mostly works because the realms of validity of both theories do not overlap much.

questions

1.in the calling of the final meeting in the company dissolution; explain the guidance of the business law concept to encompass the court of the resolution

2.on the basis of the Statement of affair to be tabledinterconnect the application of the business law to neat the niches imposed by thelist of the creditors

3.justify the instruction of the Creditors voluntary winding up subject to business law utilization in form matters

4.relate the user changes for the initial law categorization to cover up the vents of the normal Final meeting & dissolution accordingly

5.what are the milestones to the Duty to call creditors meetingsubject to business law?

6.interconnect the specific case that come along with the Basic Procedure for Takeovers

7.help to internalize the target potential regarding the obvious take offers of bankruptcy as initiated by the market value for the share in business law

8.explain the schemes of arrangements in business law and how they can be tilted to fit in well to the operations of the transfer compromises

9.be specific with illustrations while explaining the first type of the merger program for a company that is always given the first priority

10.what is the subsequent other for the above?