Info to be emailed Essay Example | Topics and Well Written Essays - 5000 words

Info to be emailed - Essay Example The Human resources manager who has the responsibility of preparing an employee for overseas assignment must consider other things also which may arises during the employees stay in the foreign country. Food habits and housing requirements may be different in different countries. The Americans has enjoyed the luxury of good foods and housing facilities and hence they may require the same thing while on deputation of an overseas assignment. The HR manager must be able to forecast the difficulties an American may faces in an overseas assignment and he should be able to provide solutions for that. The success of an overseas assignment lies in how comfortable the employee is in his/her stay in the foreign country. The awareness about the designated country, work culture, religions, society and the political system will be helpful for the overseas assignment. Globalization, Liberalization and Privatization policies, has opened the doors widely for business world. Big business tycoons were spreading their wings to other countries based on the business potentials and infrastructure facilities. International trade including exports and imports has increased a lot for the last two decades. The consumers are also happy to have variety of goods from different countries at their finger tips. The business competition also has been increased immensely because of the globalization policies. The small scale domestic industries are struggling hard to compete with the big MNCs. The MNCs are better organized and they have immense financial capabilities to innovate new products at cheaper rates and hence the small scale industries have difficulty in competing with such big MNCs in price and also in quality. Most of the business tycoons, expanding their business interests to many other countries to explore the possibilities there. They became saturated in their native countries and further expansion may be possible for them only in a

Assignment Two Essay Example | Topics and Well Written Essays - 250 words - 1

Assignment Two - Essay Example icle on â€Å"The effect of unionization on the gender earnings gap in Canada† by Shamsuddin and University of New England (1996), women are not as organized as compared to men when it comes to joining unions. Gender variations in unions are a critical topic in Human Resource Economics because students in the management class get to understand the role that unions play in a state. The second question is on the topic of 21st century unionization rates by genders. Have the rates of men and women in Unions changed in the 21st century? Contrary to the number of women who joined unions in the 1990s, women in the 21st century are now joining unions at an increasing rate. Women in 1981 were at a rate of 31% as compared to men who were at a rate of 42% in terms of joining unions (Barry & Wilkinson, 2011). The 21st century unionization rates by genders serves as a fundamental topic in Human Resource Economic because students in a management class are in a better position to address gender differences among employees as future managers. Lastly, the other question is on unionization rates in Canada and United States. Is there enough evidence to show that the unionization rates in Canada are similar to those in the U.S? According to Barry and Wilkinson (2011), there is little research showing the possible causes of gender variations in Canada. Therefore, it is necessary to conduct more research to fully understand the gender variations in unions which are in Canada (Shamsuddin & University of New England, 1996). The unionization rates in Canada and the U.S are important in Human Resource Economics because they allow management students to understand the factors that have an impact on different countries when it comes to managing unions or different employees as future

John Steinbacks Of Mice and Men Essay Example for Free

John Steinbacks Of Mice and Men Essay John Steinbacks Of Mice and Men is a tale of two travelling workers in the harsh depression years of 1930s America. Steinback uses a Cyclical Structure upon finishing the book I noticed many similarities between the first and last chapter. The first similarity was the location. In Chapter One Steinback mentions a deserted place near a non-flowing pool, and then introduces both Lennie and George, the same happens in the last chapter but this time Lennie is alone having run away from the ranch. Lennie is shown to the readers as simple-minded and so Steinback uses this to an advantage; His huge companion dropped his blankets and flung himself down and drank from the surface of the green pool; drank with long gulps, snorting into the water like a horse Lennie dipped his whole head under, hat and all, and then he sat up on the bank and his hat dripped down on his blue coat and ran down his back Lennie dabbled his big paw in the water and wiggled his fingers so the water arose in little splashes; rings widened across the pool to the other side and came back again, Lennie watched them go. Look George. Look what I done. Steinback mentions the drinking of the pool water later in Chapter Six. The second similarity that I noticed was of the dream that Lennie and George shared. Just like a little child, Lennie likes the idea of their dream and asks for it to be repeated on numerous occasions. The most significant times are mentioned in the book; at the beginning where they both feel that they are able to achieve the dream and at the end, just before George shoots Lennie. Lennie has this problem where once he holds onto to something he cant let go. In Chapter One George and Lennie are running away from a ranch in Weed, due to Lennie holding onto a girls red silk dress, as he felt the silk, the girl thought that she was going to be sexually assaulted and so panicked. She ran off to tell the other ranch workers giving George and Lennie time to run off. In the Last Chapter Lennie runs from the Soledad ranch to the brush area because he killed Curleys wife. Having to put up with Lennies bad behavior, George feels pressurized and so says that he could live a lot better without Lennie; Why, I could stay in a cat house all night. I could eat any place I want, hotel or any place, and order any damn thing I could think of. This is all mentioned in Chapter One and in the last chapter Georges feelings are represented by Lennies hallucination in the form of Aunt Clara; And then from out of Lennies head there came a little fat old woman. She wore thick bulls-eye glasses and she wore a huge gingham apron with pockets, and she was starched and clean. She stood in front of Lennie and put her hands on her hips, and frowned disapprovingly at him. And when she spoke, it was in Lennies voice. I tol you an tol you, I tol you Min George because hes such a nice fella an good to you But you dont never take no care. You do bad things. You never give a thought to George, hes been doin nice things for you alla time. When he got a piece a pie you always got half or moren half All the time he coulda had such a good time if it wasnt for you. He woulda took his pay an raised hell in a whorehouse, and he coulda set in a poolroom an played snooker. But he got to take care of you. Knowing that he has done something bad this time, Lennie reflects back the entire sayings that him and George said before going to work on the ranch in Soledad. From the Ketchup argument Lennie threatens to leave George and climb up into the mountains, yet again in the last chapter he threatens to go off into the caves to Aunt Clara. Steinbacks use of language describing the water snake and the heron gives the reader a very secretive message; If your not careful something bad may happen, and just like the watersnake being caught by the heron, the watersnake represents Lennie and the heron represents George.

Sensing of Human Blood Group by SPR Based Sensors

Sensing of Human Blood Group by SPR Based Sensors Contents- Introduction Basic of Surface Plasmon P and S polarized light waves Properties of Surface Plasmon Waves Transverse Electric and Transverse Magnetic Waves Dispersion Relation for Surface Plasmon Principle Total Internal Reflection N-Layer Model and Fresnel’s Relation Evanescent Waves Resonance Condition Minimum of Reflectance at Resonance Drude Model For free electron gas Angular Interrogation and Wavelength Interrogation Performance parameters for SPR based sensors Experiment Kretscheman and Otto Configuration Coating of metal layer by Vacuum Coating Machine Basic Of Surface Plasmons- The electron charges on a metal boundary can perform coherent fluctuations hence collective charge density oscillations of electrons at metal-dielectric interface are known as plasma oscillations and the quantum of these oscillations are known as surface plasmons. The surface plasmons are accompanied by a longitudinal (TM- or P-polarized) electric field which decays exponentially in metal as well as in dielectric medium. The electric field has its maximum at metal-dielectric interface. The TM- polarization and exponential decay of electric field are found by solving the Maxwell equation. The charge motion in a surface plasmon always creates electromagnetic fields outside (as well as inside) the metal. The total excitation, including both the charge motion and associated electromagnetic field, is called either surface plasmon polaritonat a planar interface. . Properties of Surface Plasmon Waves- Surface Plasmon waves are the surface localized electromagnetic waves produced by the collective resonating oscillations of free electrons on the plasma surface. The surface Plasmon is a transverse wave propagating along the plasma surface with the oscillating electric field vector normal to the surface. The two main properties of the surface Plasmon waves are firstly they are of exponentially decaying nature, when propagate along the surface of metal-dielecric interface it gets decay both in metal as well as in dielectric and secondly it gets excited only by P-polarized incident light wave. P-polarized and S-polarized light waves- When the electric field vector of incident light wave is perpendicular to the plane of incidence than light wave is called S-polarized light wave and when the electric field vector are parallel to plane of incidence than light wave is called P-polarized light wave. Transverse Electric and Transverse Magnetic Waves If the incident, transmitted and reflected waves all have a wave vector component along the z direction, that is, they have an effective velocity along z. The fields Ei,perp, Er,perp, and Et,perp are all perpendicular to the z direction. These waves are called transverse electric field (TE) waves. On the other hand, waves with Ei,//, Er,//, and Et,// only have their magnetic field components perpendicular to the z direction and these are called transverse magnetic field (TM) waves. Dispersion Relation for Surface Plasmon- Principle Total internal reflection- Internal Reflectionis a phenomenon that happens when a propagatingwave strikes a medium boundary at an angle larger than a particular critical anglewith respect to thenormalto the surface. If the refractive indexis lower on the other side of the boundary and the incident angle is greater than the critical angle, the wave cannot pass through and is entirelyreflected. The critical angleis theangle of incidenceabove which the total internal reflectance occurs. This is particularly common as anoptical phenomenon, where light waves are involved, but it occurs with many types of waves, such aselectromagnetic wavesin general orsound waves. When a wave crosses a boundary between materials with different kinds of refractive indices, the wave will be partiallyrefractedat the boundary surface, and partially reflected. However, if the angle of incidence is greater (i.e. the direction of propagation or ray is closer to being parallel to the boundary) than the critical angle – the angle of incidence at which light is refracted such that it travels along the boundary – then the wave will not cross the boundary and instead be totally reflected back internally. This can only occur when the wave in a medium with a higher refractive index (n1) hits its surface thats in contact with a medium of lower refractive index (n2). For example, it will occur with light hittingairfrom glass, but not when hitting glass from air. Fresnel’s Relation We will describe the incident, reflected and refracted waves by the exponential representation of a travelling wave, i.e., Where r is theposition vector, the wavevectors ki, kr, kt describe respectively the derictions of the incident, reflected and transmitted waves and Eio, Ero and Eto are the respective amplitudes. Any phase changes such as phir and phit in the reflected and transmitted waves with respect to the phase of the incident wave are incorporated into the complex amplitudes Ero and Eto. Our objective is to find Ero and Eto with respect to Eio. Similar equations can be stated for the magnetic field components in the incident, reflected and transmitted waves but will be perpendicular to the corresponding electric fields. The electric and magnetic fields anywhere on the wave must be perpendicular to each other as a requirement of electromagnetic wave theary. This means that with E// in the EM wave we have a magnetic field Bperp associated with it such that Bperp= (n/c)E//. Simillarly, Eperp will have a magnetic field B// associated with it such that B//=(n/c)Eperp. There are two useful fundamental rules in electromagnetism that govern the behaviour of the electric and magnetic fields at a boundary between two dielectric media which we can arbitrary label as 1 and 2. These rules are called boundary conditions. The first states that the electric field that is tangential to the boundary surface Etangential must be continuous across the boundary from medium 1 to 2 i.e., at the boundary y=0. Etangential(1)=Etangential(2) The second rule is that the tangential component of the magnetic field Btangential to boundary must be likewise continuous from medium 1 to 2 provided that the two media are non-magnetic (relative permeability  µr=1), Btangential(1)=Btangential(2) Using these boundary conditions for the fields at y=0, and the relationship between the electric and magnetic fields, we can find the reflected and transmitted waves in terms of the incident wave. The boundary conditions can only be satisfied if the reflection and incidence angles are equal, @[emailprotected], and the angles for the transmited and incident waves obey Snell’s [emailprotected][emailprotected] Applying the boundary conditions to the EM wave going from medium 1 to medium 2, the amplitudes of the reflected and transmitted waves can be readily obtained in terms of n1, n2, and incidence angle @i alone. These relationships are called Fresnel’s equations. If we define n=n2/n1, as the relative refractive index of medium 2 to that of 1, then the reflection and transmission coefficients for Eperp are Rperp And Tperp These are corresponding coefficients for the E// fields with corresponding reflection and transmission coefficients r// and t//: r// t// Further, the reflection and transmission coefficients are related by r// + nt// = 1 rperp +1 = tperp The significance of these equations is that they allow the amplitudes and phases of the reflected and transmitted waves to be determined from the coefficients rperp, r//, t//, and tperp. Evanescent waves- Evanescent waves are formed when sinusoidal waves are (internally) reflected off an interface at an angle greater than the critical angle so that total internal reflection occurs. Evanescent means tending to vanish, which is appropriate because the intensity of evanescent waves decays exponentially with distance from the interface at which they are formed. Any propagating wave is converted into an evanescent wave when hitting a classically forbidden region. In this case, at least one component of the wave vector kbecomes imaginary or complex and the wave experiences exponential damping when propagating in this region. In the case of an optical fibre the cladding has less refractive index than the core of the fibre. When light experience total internal reflection at the core-cladding interface, some of the energy of the light waves in the core of the fibre penetrate into the cladding for a very short distance. The energy flow of this evanescent wave is parallel to the surface of the core and in the same direction as the main flow of energy within the core. Resonance Condition- The propagation constant (Ksp) Of the surface Plasmon wave propagating along the metal-dielectric interface is given by- Where ÃŽ µm and ÃŽ µs are the dielectric constants of metal and the dielectric medium respectively, ω is the frequency of incident light, and c is the velocity of light and from above equation it may be noted that the propagation constant of surface Plasmon wave depends on the dielectric constants of both the metal and the dielectric medium. The surface plasmons can be excited by light with same polarization state as that of surface Plasmons. The propagation constant (Ks) of the light wave with frequency w propagating through the dielectric medium is given by- Since ÃŽ µms>0 (for dielectric), for a given frequency, the propagation constant of surface Plasmon (Ksp) is greater than that of light wave in dielectric medium (Ks). To excite surface plasmons, two propagation wave- vectors should be equal. Hence, the direct light cannot excite surface plasmons at a metal-dielectric interface. To excite surface plasmons their momentum and hence the wave vector of the exciting light in dielectric medium should be increased. This can be done if instead of a direct light, evanescent wave is used to excite the surface plasmons. To obtain the evanescent wave for the excitation of surface plasmons, a prism with high dielectric constant is used. When a light beam is incident through one of the two sides of the prism at an angle greater than the critical angle at prism-air interface the total internal reflection of light beam takes place. In the condition of total internal reflection light beam does not return exactly from the interface. Instead it returns after penetrating in the lower refractive index medium (air in this case). The field in the lower refractive index medium is called evanescent field and the wave corresponding to this is called evanescent wave. The evanescent wave propagates along the prism-air interface and decays exponentially in the rarer medium (air). The propagation constant of the evanescent wave at prism-air interface is given by- Where, ÃŽ µp, represents the dielectric constant of the material of the prism and ÃŽ ¸ is the angle of incidence of the beam. Increase in the dielectric constant of the prism increases the propagation constant of the evanescent wave and hence this can be made equal to propagation constant of the surface Plasmon wave to propagation constant of the surface Plasmon wave to satisfy the surface Plasmon resonance condition. When a p-polarized light beam is incident through the prism on the prism-metal layer interface at an angle ÃŽ ¸ equal to or greater than the critical angle, the evanescent wave is produced at the prism-metal interface. The excitation of surface plasmons occurs when the wave vector of evanescent wave exactly matches with that of the surface plasmons of similar frequency. This occurs at a particular angle of incidence ÃŽ ¸res. Thus the resonance condition for surface Plasmon resonance is- The excitation of surface plasmons at metal-dielectric interface results in the transfer of energy from incident light to surface plasmons, which reduces the intensity of the reflected light. If the intensity of the reflected light is measured as a function of angle of incidence ÃŽ ¸ for a fixed values of frequency, metal layer thickness and dielectric layer thickness then a sharp dip is observed at resonance angle, ÃŽ ¸res, due to an efficient transfer of energy to surface plasmons. Minimum of Reflectance at Resonance The excitation of surface plasmons at metal-dielectric interface results in the transfer of energy from incident photons to surface plasmons, which reduces the energy of the reflected light. If the normalized reflected intensity (R), which is basically the output signal, is measured as a function of incident angle @ by keeping other parameters and components (such as frequency, metal layer, and dielectric layer) unchanged, then a sharp dip is observed at resonance angle @sp due to an efficient transfer of energy to surface plasmons The minimum of the normalized reflected intensity (R) can be quantitatively described with the help of Fresnel’s equations for the three-layer system p/m/s. Here, p, stands for high refractive index material prism m, stands for metal film of thickness dm and s, stands for low index dielectric medium, eg: air, water etc. The light wave is incident at an angle greater than the corresponding ATR angle. At this point, one important fact is the energy conservation that requires R+A+T=1, that is, the sum of relative reflection, absorption, and transmission is unity. Since, T=0 at ATR, hence we are left with A+R=1 in the present case. The light wave having passed the glass prism (ÃŽ µp), is reflected partially at prism interface. A part of the incident light wave energy traverses the metal film(of thickness dm) as an exponential decaying evanescent wave. At the metal-dielectric (m/s) interface, it induces the surface Plasmon excitation, which radiate light back into the metal film. If the metal layer thickness (dm) is small, the back scattered field tends to increase. Since, this back scattered wave is out-of-phase with the incoming wave, the two interfere destructively and cause R to reduce. For minimum value of dm, they compensate each other and R becomes equal to zero. Thus, the absorption A becomes equal to 1, that is, whole radiation field is captured in the metal film. On the other hand, if the metal layer thickness is large enough, then the back scattered field disappears and R approaches to 1. It means that no absorption of incident light wave is taking place. Hence, one can say that the value of R depends on the combination of incident light frequency, angle of incidence, and the thickness of the metal layer. Performance parameters for SPR sensors Sensitivity and Detection accuracy are the two important parameters that are used to analyze the performance of SPR based sensors. Sensitivity- Suppose, we are sensing any medium of any particular refractive index, than we will get a minimum reflectance curve at any particular value of ÃŽ »res, but if change the medium than refractive index will change and we will get a minimum reflectance curve at any other value of ÃŽ »res, hence we can say the minimum reflectance curve is shifted from one wavelength value to another wavelength value. This shift in the minimum reflectance curve with the change in the refractive index (by changing the medium) is called sensitivity of the SPR sensor. Hence we can say, sensitivity is the rate of change of ÃŽ »res value with the change in refractive index, S= If the shift is large, the sensitivity is large Detection accuracy- How accurately and precisely our sensor can sense or detect this shift in minimum reflectance curve is called Detection Accuracy of the sensor DA= For the best performance of the sensor, both the parameters should be as high as possible to attain a perfect sensing procedure. Otto Configuration The general idea behind this configuration was the coupling of surface Plasmon wave the evanescent wave, which is set up to ATR at the base of a coupling prism when a light beam is incident at an angle greater than the critical angle (@ATR) at prism-air interface. The nature of evanescent wave is known to have the propagation constant along the interface and to decay exponentially in the dielectric medium adjacent to metal layer. Both of these characteristics of evanescent waveare similar to those of a surface Plasmon wave, therefore, there is a strong possibility of interaction between these waves. The x-component of the wave propagation constant of the evanescent wave at prism-air interface is given by Kev= If a metal surface is now brought in contact of this decaying evanescent field in such a way that an air gap remains between the prism base and metal layer, then the evanescent field at prism-air interface can excite the surface plasmons at the air-metal interface. However, this configuration is difficult to realize practically as the metal has to be brought within around 200 nm of the prism surface. This approach has been found to be very useful in studying single-crystal metal surfaces and adsorption on them. Kretschmann configuration As a significant improvement to Otto configuration, Kretschmann and Reather realized that the metal layer could be used as the spacing layer, that is, evanescent wave generated at the prism-metal layer interface can excite surface plasmons at the metal-air interface so long as the metal layer thickness is not too large. They devised a new configuration. In this configuration as well, surface plasmons are excited by an evanescent wave from a high refractive index glass prism at ATR condition. However, unlike Otto configuration, the base of the glass prism is coated with a thin metal film (typically around 50 nm thick) and is kept in direct contact with the dielectric medium of lower refractive index (such as air or some other dielectric sample).

The Last Empress by Daniele Varè Essay -- China Literature Essays

The Last Empress by Daniele Varà ¨ The Empress Dowager Tzi-his (1835-1908) was a unique ruler unlike any other China had ever seen. She is considered to be one of the most influential people in Chinese history, a rarity in the male dominated Chinese world. The empress dowager exerted great power over the Chinese empire and influenced the political structure in ways it had never been influenced before, making many great reforms that she believed would help the Chinese people. Born on November 29th, 1835, Tzi-hsi was named Yehonala after her tribe. Her father, Huei-cheng died when she was a child and her family took care of her until she was sent to Emperor Hsien-Feng’s court as a concubine. Although Hsien-Feng had many wives and concubines, Tzi-hsi was the only to bear him a son. In 1861, the Emperor died and his court was left to the son, who was not of age and thus Tzi-hsi was able to rule through her son, The Emperor Tung-chih. When he turned 17, she was forced to give up her immediate power to him. Tung-chih died in 1875. Through much controversy and manipulation, Tzi-hsi was able to convince the court to nominate her choice as successor, and when the Empress of the Eastern palace died, Tzi-hsi became the sole surviving regent of the empire (Varà ¨). Shortly after, Tzi-hsi was forced to give up her regency and retired to a summer palace, but she soon resumed rule over China. From that moment on until her death in 1908 she ruled China, instilling new policies and reforms into Chinese culture. There have been many assertions and assumptions about Tzi-hsi’s policies and their value to the history of China and her popularity among Chinese citizens (her tomb was raided and destroyed). Regardless of these opinio... ...its objectivity. It provides a clear picture of the Empress’ life in her cultural context and the impact it had on China. I recommend this book to anyone exploring the life of the Empress Dowager—whether it be her personal life, her social life, or her political life. The book truly does provide an extensive amount of information about the Empress—its age stands testament to this (it has been around for 70 years), and I would highly recommend it. Works Cited â€Å"Biography.† Rev. of The Last Empress by Daniele Varà ¨. Saturday Review of Literature 14 Sept. 1936: 19. Gilroy, Thomas J. Tzu-hsi: The Empress Dowager from China. 16 Nov 2002. King’s College History Department. King’s College. 3 Mar 2004. Varà ¨, Daniele. The Last Empress. New York: Doubleday, Doran & Company, Inc., 1936.

Gender Inequality and Sexual Assault: Why Both Sexes Are To Blame :: Womens Studies

Gender Inequality and Sexual Assault: Why Both Sexes Are To Blame In a recent sociology class, Sandra Bem was mentioned. Bem is a sociologist who focuses on gender. However, unlike most sociologists, Bem chooses not to focus on the differences between males and females, but rather on the similarities. She says that polarized gender socialization, the way that we assign masculine or feminine characteristics to things such as walking and talking to make males and females appear to be opposite, keeps us from realizing that the sexes are more alike than they are different. Men and women have the same needs for food, clothing, shelter, affection, belonging, and so forth. So, what are we doing when we divide human beings by gender and exaggerate differences through social constructs that are not even pertinent? We are creating excuses for the problems we have by blaming gender differences. By continuing to dwell on the social differences between men and women in present day American society, we are merely propelling the problem of gender inequality and g iving it a reason to remain, rather than eliminating it. Yet, in the 1990’s and continuing now in the twenty-first century, both the men and women of American society are impeding feminism because their shared responsibility is overlooked, especially in cases of rape and other sexual assaults. It is clear when we look at a topic like rape that both sexes can be at fault, not only for the action at hand, but for the deterioration of equality in gender issues caused by that action. It is a well-established fact that men do not rape for sex, but rather for power. Men already have power just because they are men living in a male dominated society. Why on earth would a member of this "dominant" group feel the need to physically take over another person’s body in order to feel powerful? Are American men so accustomed to having their way that they feel they can do as they wish constantly and without thinking about the consequences? Or, are men who rape merely retaliating as a means of retrieving the power they have been losing since day one of the women’s movement? I am not at all saying that because women want to be treated fairly in society that they are then putting themselves as a whole at risk from the attacks of jealous men. Afterall, one never hears about wom en raping men even though women are trying to increase their amount of power.

Internet Has Made Life Easier Essay

There are many different reasons why Internet has made people’s lives easier. Working from home is an advantage from being able to access the internet and making people’s lives easier. Another advantage to have online internet and making people’s lives easier is communication is faster from businesses and people online. In addition to working from home and communication, attending a school online through the internet has made people’s lives become easier. Working from home is an advantage from being able to access the internet and making life easier. A lot of businesses use online applications for employees, to apply for different positions, the businesses would be hiring. When working from home, a lot of times the job allows a person to work at their time and pace, which is an advantage when a person has a busy day. Having children and being a stay at home parent, is an advantage working from home. For example; a parent would not have to worry about findi ng a babysitter to watch their children and pay extra money out of their own pocket. Therefore, staying at home saves money. Read more:  Reasons people communicate  essay Many individuals have created websites to work from home. The websites may or may not require training. If a business or website requires training, the training can all be done online, right from home. Sometimes the trainings may last an hour or they could be longer than that to days of training. Communication is easier for many people and businesses online. Many people communicate using the internet. Social Media is a big part of the internet. Social media includes some of these examples; Facebook, Twitter, E mail, as well as dating websites for adults. Social media is a great way to meet new people and to stay connected with people. Businesses communicate via internet as well. Many jobs require internet usage, to apply for jobs and for work, such as working from home. Businesses use e mail to communicate from state to state from employee to employee. If a person is employed in one state but works from home the internet is very useful. Therefore their job would require internet and they could easily get online and communicate upon employees or customers. Many Businesses communicate with customers through a chat service using the internet, if they purchase a product and the customer may need help with the product or online support. Businesses also use the internet to send bills through e mail. The customers of a  business, are also able to shop online. Shopping online has many advantages. One of the best examples is no waiting in line on the person ahead. Also, an individual can shop at any hour of the day, according to his or her schedule. Attending school online has made people’s lives easier. Attending school online has a lot of advantages. Many people want to attend a college online. A lot of universities are in bigger cities and may not be within traveling. Therefore, an individual could attend online school from home through the internet. Also, a person may work a lot of hours at a job and does not have time to go to a local college, so attending school from home is a great choice. People with children that do not have babysitters may attend online school. A person can work at their own pace when attending school online, as well as do the assignments when they have the time to do so before the due date of the assignment. When attending a local college or even a college that many miles away, there is a set time of when to be in class and when it will be over. Many people work jobs to where they cannot attend a college that is not online. There are a lot of advantages of why Internet has made people’s lives easier. Working from home is an advantage from being able to access the internet and making people’s lives easier. Another advantage to have online internet and making people’s lives easier is communication is faster from people and businesses online. In addition to working from home and communication, attending a school online through the internet has made people’s lives easier.