“A personalised induction will always be more effective”. Discuss (1954 words) This essay will discuss the reasons why a personalised induction is on the whole more effective than using just a regular induction. The reasons for making an induction highly personal are discussed‚ as well as the possible pitfalls if this is done incorrectly. Personalised inductions incorporate taking into consideration a client’s possible likes and dislike‚ including their hobbies
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I would like you to sit down or lie down and make yourself as comfortable as you can... you have a choice to loosen any tight clothes or take off your shoes…. If at any time you want to move to make yourself more comfortable... you can do that... you are in control.... Now once you feel settled you may close your eyes and simply enjoy…. This is your time to relax and experience your own sensations‚ Feel calm in this moment. Nothing else matters. You are safe. Concentrate on your breathing
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Namee: Paul G. Zamora (Homework in Performance Techniques) Sound Waves- A sound wave is the pattern of disturbance caused by the movement of energy traveling through a medium (such as air‚ water‚ or any other liquid or solid matter) as it propagates away from the source of the sound. The source is some object that causes a vibration‚ such as a ringing telephone‚ or a person’s vocal chords. The vibration disturbs the particles in the surrounding medium; those particles disturb those next to them
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Telescopes in Astronomy Once upon a time‚ we believed the Earth was at the center of our universe. We were seriously mistaken. We have come to find that at the center of most galaxies is a giant black hole that keeps everything together. With the use of telescopes‚ we have made it possible to see the “impossible”. We are able to see the geographic landscape of distant planets and moons. Telescopes have made it possible to measure the speed of light‚ understand gravity‚ and grasp other laws of physics
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1. What is the frequency (s-1) of electromagnetic radiation that has a wavelength of 0.53 m? A) 5.7 × 108 B) 1.8 × 10-9 C) 1.6 × 108 D) 1.3 × 1033 E) 1.3 × 10-33 2. The energy of a photon of light is __________ proportional to its frequency and __________ proportional to its wavelength. A) inversely‚ inversely B) inversely‚ directly C) directly‚ inversely D) indirectly‚ not E) directly‚ directly 3. What is the wavelength of light (nm) that has a frequency of 3.22 × 1014 s-1? A) 9.32
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which showed that light mimics a wave‚ extinguished some of these early views. However‚ in 1887‚ Heinrich Hertz – who is‚ coincidentally‚ perhaps better known for definitively proving the existence of James Maxwell’s and David Hughes’ theorized electromagnetic “light” waves by detecting radio waves around the same time – breathed new fire into the seeming ambiguity. Hertz observed that shining ultraviolet light on electrodes causes electric sparks (electrons being released) more rapidly. Since light
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Materials 1 spectroscope 1 incandescent bulb 1 hydrogen gas discharge tube 1 mercury discharge tube 1 nitrogen gas discharge tube 1 fluorescent light 1 neon gas discharge tube Solar light source 1 discharge tube apparatus Procedure The procedure of using a spectroscope was practiced with a fluorescent light source. The slit was pointed towards the source‚ and the spectroscope was shifted until the spectrum was clearly visible. The appearance of the spectrum from the fluorescent light
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Terahertz Technology And Its Applications ! 1 Electronics and Communication Engineering‚ Gurgaon College of Engg. Gurgaon‚ INDIA 2 Electronics and Communication Engineering‚ I.E.T Alwar 301001 Rajasthan‚ INDIA 3 Electronics and Communication Engineering‚ Gurgaon College of Engg. Gurgaon‚ INDIA ! ! ! ABSTRACT In this paper we review the recent progress of terahertz (THz) technology and its applications in various fields such as THz sensing for bio‚ medical‚ medicine‚ security and
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Spectroscopy is one of the most powerful analytical techniques in modern science. Spectroscopy works by correlating the concentration of a species in solution to the amount of light it absorbs. It included the observations of absorption or emission of electromagnetic radiation resulting from transitions of atoms or molecules from one energy level to other level. The spectrophotometer measures how much light is absorbed at a given wavelength. When an atom or molecule absorbs energy‚ electrons are promoted from
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Assignment 1: Wireless Data Transmission Name: Fabio M. Cesar Professor: Patricia White Course: Enterprise Wireless Networks Date: 01/17/2013 A radio signal is an electromagnetic wave propagated by an antenna. Radio waves have different frequencies‚ and by tuning a receiver’s radio at a specific frequency‚ you can pick up a signal‚ because the starting point‚ or direction of the wave changes. An interesting aspect of radio
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