A 0.150 T magnetic field B crosses the xy plane perpendicular to the x axis and at an angle of 60.0° to the y axis. A square surface with sides of length 7.00 m lies mainly in the xy plane, but a 1.50 m section of it at one end is bent 90° in the negative z direction. What is the total magnetic flux through the surface? Choose directions for the area vectors so that the flux through each surface is positive.Example in book: 30.0 degrees = 4.25Wb (8.5, 4.25, 2.45, 288.75 are wrong)

A 0.150 T magnetic field B crosses the xy plane perpendicular to the x axis and at an angle of60.0° to the y axis. A square surface with sides of length 7.00 m lies mainly in the xy plane, but a…

Compose a 250 words assignment on 5. explain how the processes involved in meiosis lead to variation in the genetic material of the gamete cells compared to the parent cell. Needs to be plagiarism free! Meiosis and Variation Meiosis and Variation Sexual reproduction plays significant roles in animals. In the process, it creates new offspring essential to the survival and reproduction of population. The process leads to a combination of unique genomes from different parents (Hultén, 2002). A reflection in the process of meiosis help in understanding its role in variation in the genetic material of the gamete cells compared to the parent cell.

Meiosis is one of the processes of cell division in organisms. The fundamental role of the process is to reduce the chromosome number by half to give rise to haploid gametes. The restoration of the somatic diploid chromosome number occurs in the resulting offspring. The restoration occurs through fusion of haploid sperm cell and a haploid oocyte at fertilization (Hultén, 2002). The cell division takes place in two ways. These are meiosis I and meiosis II. Each division comprises of prophase, metaphase, anaphase and telophase (Hultén, 2002). In meiosis I, there are key processes that take place. The processes include reduction of chromosome number by half, pairing and association of four chromatids of paternal and maternal homologues and crossing over (Hultén, 2002). In Meiosis II, there is completion of the process initiated at Meiosis I (Hultén, 2002). At this stage, the two daughter cells produce four products. The potential gametes at this stage contain a combination of variant genes from both parent homologues (Hultén, 2002).

The process leads to variation in the genetic material of the gamete cells compared to the parent cell (Hultén, 2002). As shown through the two processes of meiosis, each chromosome in a gamete cells inherits from both maternal and paternal genetic material (Hultén, 2002). The resultant progeny is hereditarily diverse from parents (Hultén, 2002). The difference is the one that leads to variation in the genetic material of the gamete cells.

In conclusion, it is clear meiosis plays a significant role in variation of sexually reproducing organism.

Reference

Hultén, M. (2002). Chromosome Behavior at Meiotic Cell Divisions. Retrieved from http://