How economics influence a country Essay Example | Topics and Well Written Essays - 750 words

How economics influence a country - Essay Example Germany has a charming and promising standard of living. Germany has the best living standard in Europe. Characterized by a responsive authority, joint public, private partnership and the best service based economy; Germanys living standards are nothing short of perfect. The infrastructure is at its peak with elaborate means of transport. Germany has the best health policy in Europe and the mortgage industry is at its peak. As a result, Germany, emerges as one of the most beautiful and habitable places in Europe. The glory and splendor of Germany, however, has a tainted future. The economy heavily depends on its vibrant industries. These industries need a high input of human labor (office 164). The shrinking and aging Germany population is not in a position to handle most expansion and growth. The industries result in labor importation a very expensive undertaking which slices away a large proportion of the profits earned. In return, the feasibility to undertake any commercial activity is dark due to the high cost of labor. In the next 50 years, Germanys population will shrink by 20%. In all aspects, even if the economic growth rate maintains at a relative 115, the country will eventually lose out on the cost of production. Currently, the per capita income of Germany stands at $388 per head. Germany has the highest per capital rating in Europe. Increase in the cost of production ultimately leads to costly goods and services and the per capital income fall sharply. Currently, Germany offers a good work climate for potential workers. The balls are changing fast for the country as the south East economies pick on the development trend. Posing Germany against Malaysia, it is w orth noting that Malaysia is the very reverse of Germany. The Malaysian population is exploding and so is its workforce. Currently, Malaysia per capita income stands at $9000 per head (East Asia

Electromagnetic Waves Principles Assignment Example | Topics and Well Written Essays - 1250 words

Electromagnetic Waves Principles - Assignment Example The waves are usually emitted and absorbed by charged particles. This is exactly how the radio waves are usually transmitted in wireless communication. The waves have got both the magnetic as well as the electric field oscillating perpendicularly to each other and also perpendicular to the direction of wave propagation. Radio waves are usually in the range of 10 kHz to 100 GHz. The smaller ranges of the radio waves are usually used in the deep space telecommunication. However, the frequency as well as the wavelength of a propagated electromagnetic wave depends on its source. The electromagnetic spectrum is the range of all the types of the electromagnetic radiation. Radiation is the type of energy that travels while spreading out as it goes. Some electromagnetic spectrum is invisible to the naked eye. However, they all have the properties of frequency and wavelength. The frequency of the electromagnetic spectrum is defined as the number of cycles of a wave that passes a particular point in one second. It is measured in Hertz. On the other hand, the wavelength of the electromagnetic spectrum is defined as the distance from the peak of a particular wave to the next one. It is measured in meters. The two attributes are however inversely proportional to each other. The longer the wavelength of the electromagnetic spectrum is, the smaller the frequency of the spectrum and vice versa. However, the shorter the wavelength of the electromagnetic spectrum, the more energetic is the light. The frequency and wavelength of the electromagnetic spectrum are related in a precise mathematical formula. The wavelength is normally expressed by the Greek letter lambda (ÃŽ »). On the other hand, the frequency of the electromagnetic spectrum is usually expressed as nu (ÃŽ ½). Their relationship is therefore expressed as: a.) Radio frequency is the rate of oscillation of waves between the ranges of 3 kHz to 300Â  GHz. Very low