Glitches :: essays research papers

How to glitch Halo 2   Ã‚  Ã‚  Ã‚  Ã‚  What is a glitch? What is Halo 2? Halo 2 is a video game that is played on the XBOX gaming console. It is a first-person shooter with beautiful landscapes and environments. In every environment there are limits and boundaries as to what you can do and where you can go. A glitch is when you find a way around these limits and boundaries. There are many glitches in Halo 2, but the one we will learn is how to get out of the environment called â€Å"Burial Mounds.†   Ã‚  Ã‚  Ã‚  Ã‚  In Halo 2 there are walls around every environment. To build these walls, programmers make a boundary that you cannot pass through and then they assign it a color and/or texture to make it look like a real wall. The obvious solution to getting out of an environment would be to simply find a way over these walls. That was the case in the prequel to Halo 2 called Halo, but in Halo 2 the programmers did not want gamers to get out of the environments so they built invisible walls above the visible ones so that it looks like there is just one wall, but really there are two walls stacked on top of each other. To make these invisible walls they simply make a boundary and do not assign a color to it. These invisible walls worked very well, but there was one problem with them; they did not make a complete circle around the environment. The invisible walls have two ends that meet together somewhere in the environment and leave a small â€Å"hole† between each end. Fi nding this hole and getting through it is how we will glitch Burial Mounds.   Ã‚  Ã‚  Ã‚  Ã‚  Step one is to setup the proper game. Turn your XBOX on with Halo 2 inside. When the main menu appears select the â€Å"Settings† option. A submenu will appear and you will need to select the â€Å"Game Variants† option. Once you have done this a list of game options will appear and you will scroll down the list and change these options as such: Level – Burial Mounds Game Type – Juggernaut Over shields – On Once you have done this press the back button until you are at the main menu again. Now choose the option â€Å"Multiplayer.† When you get to the multiplayer submenu you will need a partner to join the game with you because this glitch requires two players. Glitches :: essays research papers How to glitch Halo 2   Ã‚  Ã‚  Ã‚  Ã‚  What is a glitch? What is Halo 2? Halo 2 is a video game that is played on the XBOX gaming console. It is a first-person shooter with beautiful landscapes and environments. In every environment there are limits and boundaries as to what you can do and where you can go. A glitch is when you find a way around these limits and boundaries. There are many glitches in Halo 2, but the one we will learn is how to get out of the environment called â€Å"Burial Mounds.†   Ã‚  Ã‚  Ã‚  Ã‚  In Halo 2 there are walls around every environment. To build these walls, programmers make a boundary that you cannot pass through and then they assign it a color and/or texture to make it look like a real wall. The obvious solution to getting out of an environment would be to simply find a way over these walls. That was the case in the prequel to Halo 2 called Halo, but in Halo 2 the programmers did not want gamers to get out of the environments so they built invisible walls above the visible ones so that it looks like there is just one wall, but really there are two walls stacked on top of each other. To make these invisible walls they simply make a boundary and do not assign a color to it. These invisible walls worked very well, but there was one problem with them; they did not make a complete circle around the environment. The invisible walls have two ends that meet together somewhere in the environment and leave a small â€Å"hole† between each end. Fi nding this hole and getting through it is how we will glitch Burial Mounds.   Ã‚  Ã‚  Ã‚  Ã‚  Step one is to setup the proper game. Turn your XBOX on with Halo 2 inside. When the main menu appears select the â€Å"Settings† option. A submenu will appear and you will need to select the â€Å"Game Variants† option. Once you have done this a list of game options will appear and you will scroll down the list and change these options as such: Level – Burial Mounds Game Type – Juggernaut Over shields – On Once you have done this press the back button until you are at the main menu again. Now choose the option â€Å"Multiplayer.† When you get to the multiplayer submenu you will need a partner to join the game with you because this glitch requires two players.

View From My Window :: Visual Arts Paintings Art

View From My Window by Camille Pissarro This painting is a landscape and was painted, by Pissarro, from an upstairs window overlooking his back garden. This picture is mainly about farmland as it has a lady with some hens and some cows in the distance. In the foreground of this picture there is a large shrub at the front, to the right there is a grass area with a more similar shrubs and to the left there is another grass area with a lady surrounded by hens. The middleground is all grass area with several trees and several cows you can just see. The background has all trees - the start of a forest and then a sixth of the picture includes the sky. The artist captures your attention by the bright colours and in my opinion the focal point of the picture is the roof of the building as it's red and is the brightest point. I don't think the artist has really used line as such , but he creates line by dabbing the brush to form straight lines. I think the artist has used a wide range of tones from light to dark, the lightest point being the very centre of it which is a light green/yellow colour and the brightest point being the red roof. There are a few dark points too - there is a very dark green shrub and at the left background the sky is a dark grey/blue. I like this because it adds form to the painting and i think it makes it look more realistic. I think the shapes that have been used are regular eg. the sky is a rectangle , the trees are a rounded rectangle shape and circle shaped. In my opinion most of the shapes are formed and look 3D. The main colour of this painting is green and it's used in all different tones and shades. I think the majority of the colours are in harmony although I would say the red contrasts with the green around it. I'm sure a different approach could have changed the picture eg. with warmer colours it would look more of a sunny picture but with darker colours it would look more of a dull picture. I think the texture of the picture looks rough because the artist has created texture by using dabs of paint to make a shape or an object. The building in the foreground is slose up but you can tell it gets further and further away into the distance as the trees get smaller and there's a lot more of them.

Never Leave Your Past Behind Essay -- Essays Papers

Never Leave Your Past Behind I grew up in a low-income, single-parent family on the far south-side of Chicago. My sister and her family also lived with us. They needed a place to stay while they looked for a more affordable house. One thing my family doesn't do is turn our backs on each other. Sociologists who claim to be experts on non-white families have their own words for this type of situation. They derogatorily label this as a poverty-stricken, Black matriarchal extended family who lives in the ghetto. Yet all in all, we were happy because we helped each other. We were not the type of family who wondered what the next meal would be. We always knew we would have food on the table, but the type of food was a different story. Plain and simple, our goal was to survive. Survival to us was to get a job and hopefully wake up the next morning. I didn't think about college. Why should I? I didn't even like high school. But, somehow, somewhere an idea was instilled in me. "To be 'somebody,' I must go to college; if I didn't go, I would be a nobody." Because I believed this, I became more distant from my family and friends. I felt ashamed of my family because no one went to college right out of high school except for me. I felt my friends were not worthy of my time because I was in college and they were not. My biggest mistake in life was when I tried to leave my past behind me. It took me nineteen long, painful years to believe and learn never to be ashamed of who I am or where I came from. Since I lived in an area where there were only Blacks, I wanted to get away from them. I didn't want to witness another murder in front of my house. I couldn't tolerate another ten-to-twenty year old drug seller stopping me and asking, "... ... love myself and to love my family. After I knew my family supported me in whatever I did or said, my life began. Mentally, I grew stronger. I no longer felt ashamed of my family or friends. Most of all, I no longer was ashamed of being Black. In fact, I love myself because I am Black. I feel empowered because of what I have seen and experienced. I am proud because I am the first one in my family to attend college. I am happy because the people I love have helped me the best way they knew how. The only thing I needed to do was to love myself for who I am and where I came from. In order to do that, as my favorite high school teacher said, "You have to know where you came from before you know where you're going. And, you can't do that by acting like someone else." After all these years, I am proud to announce that I am a Black woman who knows where she's going.

Women in Nation Building

Women’s participation in nation-building is an important ingredient in achieving an equitable, peaceful and more prosperous society. Gender equity and women’s inclusion play a central role both as a litmus test and as an active variable shaping a more democratic, stabilized and developed society. To enhance the results of nation-building, the study suggests that nations should place a greater emphasis on the broader concept of human security from the earliest phase of nation-building efforts. In addition, leaders should establish governance based on principles of equity and consistent rule of law, and should include women in the earliest economic reconstruction activities. Women play a special role in the overall development of the country. â€Å"There is no chance for the welfare of the world unless the condition of women is improved. It is not possible for a bird to fly on only one wing. † â€Å"woman is the builder and moulder of a nation’s destiny, though delicate and soft as lily, she has a heart, stronger and bolder than that of man, she is the supreme inspiration for man’s onward march. Today the educated women have come out of their inferiority complex and are shouldering all kinds of responsibilities, as Managers, officers, TV and radio news reader, pilots, Ministers, Anchors, Musicians, Clerks, Stenographers, and what not? state is a â€Å"union of families and villages†. Family is the basic unit of society, which is the foundation o f state itself. Happy families create a healthy society and healthy society is a pre-requisite of strong political order in democratic societies. A woman is an architect of society. She establishes the institution of family life, builds the home, brings up the children and makes them good citizens. Her strength in totality contributes in the making of an ideal family, ideal society and an ideal state. It has become essential for women to be politically empowered to achieve socio-economic justice. It has rightly been said who holds the purse holds the nation. As the women are better half of the nation, they deserve better share in political power. The male-dominated political parties and legislatures in the country do not bear with their equal number in epresentative institutions. What we lack is â€Å"political will† to understand the importance of women's role in nation building and all avenues open to them to get political power. MEN Should realize the power of women,And women should also realize their power too,what they can do for them,for their family,for their nation. They are the building blocks of nation building,In the words of Martin Luthar KIng ,†A mother's place is inside her home,But she should also make certain,she gets outside that home enough to help worth while crusades and actively mould the country her children will live in. She therefore holds a key position and her role in shaping the fate of the nation must be recognized and respected. This we see that a woman occupies a vital position in family,society and it is time we recognised and respected her ability. They should not search for the role models but try themselves to be role models in politics. It would be of no use giving equal share in parental property unless the social set-up is changed. That can be changed only by sincere implementation of laws made for women. A woman is shakti, the natural energy. The most ancient scriptures say that without the female power, it is not possible for humankind to survive. The female power has been the force behind all the great leaders of the world. Therefore, they must be politically empowered. The writing is on the wall – the hand that rocks the cradle is the hand that rules the world. OUR WOMEN have a great part to play in the progress of our country, as the mental and physical contact of women with life is much more lasting and comprehensive than that of men. For nothing was it said, â€Å"The hand that rocks the cradle rules the world†. In the apron string of women is hidden the revolutionary energy, which can establish paradise on this earth. Woman is the magnificent creation of god, a multi faceted personality with the power of benevolence, adjustability, integrity and tolerance. She is companion of man, gifted with equal mental faculty, a protector and provider, the embodiment of love and affection. The role given to women in a society is a measuring rod and true index of its civilisation and cultural attainment.

Development And Evaluation Of A Dispersive Liquid Environmental Sciences Essay

It has been developed a small-scale, simple, and rapid diffusing liquid-liquid microextraction ( DLLME ) process in combination with fiber optic-linear array sensing spectrophotometry ( FO-LADS ) with charge-coupled device ( CCD ) sensor profiting from a micro-cell. The official mention methods ( ASTM D2330 – 02, ISO 7875-1 ) which require boring processs were replaced with modified method, as a consequence, it has achieved a major decrease in sample size, riddance of the usage of expensive glasswork, and a lessening in the measure of trichloromethane used every bit good as much more addition in sensitiveness. Our presented method requires merely one twentieth of sample ( 5.0 milliliter ) , less than one three-hundredth of microextraction dissolver ( chloroform = 138 A µL ) , and much reduced in analytical clip compared with official analytical methods ( less than one minute ) . The standardization curve was additive in the scope of 0.06 A- 10-1 – 0.8 A- 10-1 milligra m La?’1 of Na dodecyl sulphate ( SDS ) with a correlativity coefficient ( R ) of better than 0.99 and the LOD was 0.02 A- 10-1 milligram La?’1. The repeatability of the proposed method ( n=7 ) were found to be 4.5 and 3.6 % for the concentration of 0.03 and 0.07 milligram La?’1, severally. The enrichment factor was found to be 75 for SDS. Keywords: Diffusing liquid-liquid microextraction A · Water analysis A · Methylene blue active substance A · Anionic wetting agent A · Fiber optic-linear array sensing spectrophotometry1. IntroductionA turning public concern over protecting our environment obligate chemists, including analytical chemists, to alter their activities in such a manner that they will be conducted in an environmentally friendly mode. Sampling, and particularly sample readying, often involves coevals of big sums of pollutants. This is why sample readying techniques that use a little sum of organic dissolver, or none at all, have been developed [ 1-4 ] . Anionic wetting agents ( AS ) are widely used in family cleaners, industrial detergents and decorative preparations. The wetting agents expelled to natural H2O reservoirs as municipal and industrial wastes are good known to hold inauspicious effects on aquatic beings ; hence the monitoring of wetting agents in environmental samples is of great importance [ 5, 6 ] . For the measuring of entire surfactant concentration, titration methods have been extensively explored [ 7, 8 ] . Several ion-selective electrodes sensitive to anionic wetting agents have been reported so far [ 9-11 ] . Anionic wetting agents are normally determined by spectrophotometric methods utilizing methylene blue ( MB ) , this standard methods being used to find AS in the surface and tap-water samples ( ASTM D2330 – 02, ISO 7875-1 ) [ 12, 13 ] . The method is based on the formation of blue-coloured trichloromethane extractible ion-pair between the AS and the cationic MB. This requires three consecutive extractions of AS-MB content in 100 milliliter of sample with 15, 10, and 10 milliliter of trichloromethane. The ion-pair is determined by spectrophotometry, mensurating the optical density at 650 nanometer. However, these official methods are non merely long and boring but besides require great measures of sample and trichloromethane which has harmful consequence on chemists and environment. Besides, this method needs batch of research lab glasswork, do these operations highly expensive and uncomfortable for the operator. So it seems necessary to seek for new offers as options for the a foresaid method in order to increase the laboratory productiveness, operator safety, comfort, and to cut down drastically the reagents ingestion and waste production. Koga et Al. proposed a decrease of the size of sample employed for AS finding in H2O, being modified this method to utilize 50 milliliter of H2O and 5 milliliter trichloromethane, holding obtained a six times addition of the research lab productiveness [ 14 ] . An other simplified methods that cut down the measures of reagent by utilizing a certain sort of adsorbent have been proposed [ 15 ] . However, this method besides involves boring processs. Besides other research workers studied primary biodegradation of AS in aerophilic showing trials based on the formation of ion-pair of AS and MB [ 16 ] . By early 2006, Assadi and his research group innovated an attractive, high public presentation and powerful liquid-phase microextraction ( LPME ) method which named their techniques â€Å" Diffusing liquid-liquid microextraction † ( DLLME ) [ 17-19 ] . Beyond the trait of simpleness of operation and celerity, ingestion of microextraction dissolver at the micro-level volume and compatibility with analytical instruments are other profitable characteristics of DLLME as a sample pretreatment method [ 20-25 ] For extremely sensitive, accurate, rapid, and cheap measuring with ingestion of extraction dissolver at micro-level volume, we propose a simplification of the spectrophotometric MB method that can be utile for finding anionic wetting agents in aqueous samples. A consecutive DLLME in combination with fiber optic-linear array sensing spectrophotometry ( FO-LADS ) with charge-coupled device ( CCD ) sensor profiting from a micro-cell was used for this intent.2. Experimental2.1 Reagent and criterions The reagents used in the experiments were of analytical class: MB ( used as a cationic dye ) , sodium dodecyl sulphate ( SDS, employed as a representative anionic wetting agent ) , acetone as disperser dissolvers, trichloromethane as microextraction dissolver, NaOH, HNO3 ( 65 % ) , HCl ( 37 % ) , acetic acid, and Na ethanoate for doing buffer solution ) and obtained from Merck ( Darmstadt, Germany ) . Absolute ethyl alcohol ( & gt ; 99.6 % ) purchased from Bidestan company ( Qazvin, Iran ) . The needed measure of SDS was dissolved in pure H2O to do standard solution of 1000 mg L-1. The stock solutions of MB ( 3 A- 10-3 mol L-1 ) were prepared by fade outing appropriate sums in dual distilled H2O. All the plastic and glasswork were cleaned by soaking for 24 H in 10 % v/v HNO3. After cleansing, all containers were exhaustively rinsed three times with dual distilled H2O and twice with acetone prior to utilize. No any detergent was used to clean glasswork because it is hard to take from surfaces and causes high consequences. 2.2. Apparatus and Instrumentation apparatus The fiber optic-linear array sensing spectrophotometer was perched from Avantes ( Eerbeek, Netherlands ) . The light beam from the UV-Vis beginning ( Deuterium-Halogen ) was focused to the sample micro-cell ( Starna Scientific, Essex, England, Cat. NO. 16.40F-Q-10/Z15 ) . The spectrograph accepts the light beam transmitted through the optical fibre and disperses it via a fixed grate across the 2048 component CCD-linear array sensor. The instrumental parametric quantities are listed in Table 1. A Universal EBA 20 extractor equipped with an angle rotor ( Angle rotor for 8 A- 15 milliliter tubings, 6000 revolutions per minute, Cat. No. 2002 ) were obtained from Hettich ( Kirchlengern, Germany ) . An adjustable pipette ( 10-100 A µL ) was prepared from Brand ( Wertheim, Germany ) . All 0.1, 1.0 and 2.5 milliliter panpipes were prepared from Hamilton ( Reno, NV, USA ) . To clean out the micro-cell, avoid any memory consequence and better the repeatability of process, it was washed three times by about 2 milliliters of propanone between each analysis and dried with a watercourse of cold air by usage of a hair drier. 2.3. Mention process Hundred milliliter of sample was placed into a 250 milliliter dividing funnel and 10 milliliter of a 1 A- 10a?’3 mol L-1 MB solution and 15 milliliters trichloromethane were added. After agitating the mixture smartly for 1 min, the two stages were let to divide and chloroform bed taken for analysis. Each sample was extracted to boot two times utilizing 10 ml part of trichloromethane and optical density measurings were made at 650 nanometers in forepart of an external standardization prepared from SDS. Solutions in the scope between 0.1 and 0.5 milligrams La?’1 were extracted in the same manner than samples. 2.4 Recommended analytical process Into a series of screw cap glass trial tubing with conelike underside 5.0 milliliter of the standard SDS solutions at the concentration in the studied scope were pipetted out. Then 25 A µL of 3 A- 10-3 mol L-1 MB standard solution was added. Afterwards, 2.00 milliliter ethyl alcohol ( disperser dissolver ) incorporating 138 A µL trichloromethane ( microextraction dissolver ) was injected quickly into the sample solution utilizing a 2.50-mL syringe. This injection led to a cloudy solution, caused by the all right droplets of trichloromethane into the aqueous sample. The stage separation was accelerated by centrifugating at 5500 revolutions per minute for 3 min. After this measure the spread all right droplets of trichloromethane were settled at the underside of the aqueous solution in conelike trial tubing. Subsequent to this process, for evacuating the upper aqueous solution a long needle connected to 10-mL injection syringe was immersed down in to prove tubing and pulled the spe culator up till minute 200-300 A µL of aqueous stage remains at the top of organic bed. The volume of the settled organic stage was determined utilizing a 100-i? ­L microsyringe at 25  °C which was 65A ±2 A µL. Sixty micro-liter of this settled stage was removed by micropipette and introduced into micro-cell. The ordinary optical density of AS-MB ion-pair in trichloromethane was measured at the wavelength of 650.0 nanometers by agencies of FO-LADS.3. Result and treatmentIn order to obtain a high sensitiveness, the parametric quantities impacting the DLLME such as the type of the microextraction and the disperser dissolvers every bit good as their volume, concentration of MB, pH, and the microextraction clip were optimized. The enrichment factor ( EF ) was defined as the ratio of the analyte concentration in the settled stage to the initial analyte concentration in the aqueous sample. The analyte concentration in the settled stage was calculated from the standardization graph obtained by the conventional liquid-liquid extraction ( LLE ) /FO-LADS ( extraction conditions: 2.0 milliliters standard H2O sample in the concentration scope of 4.5 A- 10-4 – 1.5 A- 10-3 mol L-1 of MB and 1.5 – 5.0 mg L-1 SDS which extracted with 2.0 milliliters trichloromethane ) . 3.1. Chemical reaction of SDS and MB The equilibrium between SDS, MB and the distribution of SDS-MB ion-pair in H2O and trichloromethane has been qualitatively reported in the literature [ 14 ] . The AS dissolved in H2O are somewhat soluble in trichloromethane. On the other manus, MB dissolves good in both, trichloromethane and H2O, supplying a bluish colour solution in all the instances. When pure H2O is assorted with a chloroform solution of MB, the bluish colour is quickly transferred to the aqueous stage. 3.2. Consequence of ion-pair formation status parametric quantities The overall ion-pair formation status of SDS and MB is concentration of each, pH every bit good as clip needed. Our efforts were chiefly centered on optimising these parametric quantities under our microextraction conditions ( DLLME ) . In this survey the clip required for ion-pair formation were tested between 0 sec -10 min. The consequences, deducing from the ion-pair formation utilizing different reaction times, exhibited that the reaction clip has no any consequence on ion-pair formation efficiency and longer clip period did non better the reaction. In order to find the optimum pH for the ion-pair formation, several sample pH values were varied from 2.5 – 7.5 to prove the ion-pair formation of AS and MB in 5.0 mL H2O samples incorporating 0.04 mg L-1 SDS and extra sum of MB. The highest microextraction efficiency was achieved in the pH of studied scope and we found that in the alkalic solution MB it self would pull out into trichloromethane in absence of any MBAS. In optimisation processs no any buffer solution were used because after adding reagents the pH of solution become somewhat acidity in coveted scope. The influence of the MB concentration on the ion-pair formation/microextraction efficiency was performed in the scope of 0 – 2.1 A- 10-5 mol L-1 while the concentration of SDS was 0.04 mg L-1. During the fluctuation of this concentration the other experimental variables remained changeless. The consequences demonstrated that by increasing the MB concentration up to 1.5 A- 10-5 mol L-1 the microextraction efficiency increased and, so, no fluctuation were observed ( as depicted in Fig. 1 ) . Sing the fact that proposed method is additive up to 0.08 milligrams L-1, hence, the sum of 5 A- 10-5 mol L-1 MB was selected as consider adequate surplus sums. 3.3. Influence of the microextraction dissolver sort and volume The choices of an appropriate microextraction dissolver have a high importance function to acquire a high sensitiveness DLLME, so sort and volume of it were studied and optimized. Microextraction dissolver should hold particular features in DLLME ; it should hold really low solubility in H2O, extraction capableness of interested compounds, and much denseness than H2O. Chloroform and C tetrachloride are available as the most celebrated microextraction dissolvers in DLLME. During our primary surveies we found that C tetrachloride is non capable to pull out the ion-pair of SDS-MB at all. Furthermore, the recommended dissolver in the standard methods is trichloromethane ; hence, it was our extinguished pick. To look into the consequence of microextraction dissolver volume, experiments were performed by utilizing 2.00 mL ethyl alcohol incorporating different volumes of trichloromethane ( 138, 143, 148, 153, 158 and 163 i? ­L ) . By increasing the volume of trichloromethane from 138 to 163 A µL, the volume of the settled stage additions about from 65 to 90 A µL. Harmonizing to consequences ( Fig. 2 ) , optical density lessenings with increasing the volume of trichloromethane ; it is clear that by increasing the volume of trichloromethane the volume of the settled stage additions. Subsequently, at low volume of the microextraction dissolver high optical density or enrichment factor was obtained. 3.4. Influence of the disperser dissolver sort and volume In DLLME, choosing an appropriate disperser dissolver is of import, since disperser dissolver should be mixable with both microextraction dissolver and aqueous sample. For the interest of geting the most suited disperser dissolver, two sorts of instead safe disperser dissolvers: propanone and ethyl alcohol were studied. A series of sample solutions were studied by utilizing 2.00 milliliter of each disperser dissolver incorporating 138 A µL of trichloromethane and the enrichment factors were investigated. The consequences showed that ethyl alcohol showed much better efficiency than propanone ( enrichment factor of 75 and 17, severally ) . Less toxicity and the higher microextraction efficiency of ethyl alcohols make it a better pick. After taking ethanol as disperser dissolver, it is necessary to optimise the volume of it. The influence of the disperser dissolver ( ethanol ) volume on the microextraction efficiency was tested over the scope of 0.50 – 2.00 milliliter, but the fluctuation of the ethyl alcohol volume ( disperser dissolver ) caused alterations in the settled stage volume. Hence, it was impossible to see independently the influence of the ethyl alcohol volume on the microextraction efficiency in DLLME. To avoid this job and in order to achieve a changeless volume of the setteled stage, the ethyl alcohol and trichloromethane volumes were changed at the same time. The experimental conditions were fixed and included the usage of different ethanol volumes: 0.50, 1.00, 1.50, and 2.00 milliliter, incorporating 97, 102, 121, and 138 I?L of trichloromethane, severally. Under these conditions, the settled stage volume remained changeless ( 65 A ± 2 I?L ) . Fig. 3 shows the curves for optical density o f SDS-MB ion-pair versus the volume of ethyl alcohol. The optical density increased, when the ethanol volume increased from 0.50 to 2.00 milliliter of ethyl alcohol as disperser dissolver. Harmonizing to the consequences, a 2.00 milliliter ethyl alcohol was chosen as the optimal disperser dissolver volume. 3.5. Influence of the microextraction clip Microextraction clip ( interval clip between the injection of a mixture of disperser dissolver and microextraction dissolver, before get downing to centrifugate ) is of import factor that may be effects microextraction efficiency of analytes from aqueous stage to organic stage. The fluctuation for microextraction efficiency of SDS-MB as a map of microextraction clip was studied in the scope of 5 unsweet – 10 min. The ensuing informations, exposing that the microextraction clip has no important consequence on the microextraction efficiency for the mark compound. It was revealed that after the formation of the cloudy solution, the contact country between the microextraction dissolver and the aqueous stage was well big, defining why the extraction equilibrium could be established really fast. In this method the most time-consuming process was centrifugation of the sample solution in the microextraction process, which was about 3 min. Sing the fact this period of clip ( 3 min ) is for eight trial tubing ( microextraction vass ) , the clip required for managing one trial tubing is less than 25 seconds. 3.6. Analytic features of the method To measure the practical pertinence of the proposed DLLME/FO-LADS technique for finding of MBAS in H2O samples, several analytical public presentation features such as enrichment factor, one-dimensionality, bound of sensing ( LOD ) and repeatability were investigated under optimized conditions. The standardization curve was additive in the scope of 0.06 A- 10-1 – 0.8 A- 10-1 milligram La?’1 of SDS with a correlativity coefficient ( R ) of better than 0.99. The LOD, defined as CL =3 SB/m ( where CL, SB and m are the bound of sensing, standard divergence of the space and incline of the standardization graph, severally ) , was 0.02 A- 10-1 milligram La?’1. The repeatability of the proposed method expressed as comparative criterion divergences ( RSDs, n=7 ) were found to be 4.5 and 3.6 % for the concentration of 0.03 and 0.07 milligram La?’1, severally. The enrichment factor was found to be 75 for SDS. 3.7. Consequence of diverse ions and application to practical samples Any organic or inorganic compound that will organize a trichloromethane extractable ion-pair with MB will interfere by bring forthing high consequences. These positive intervention include organic sulfonates, carboxylates, phosphates, and phenols, every bit good as inorganic cyanates, chlorides, nitrates, and thiocyanates. On the other manus, any compound efficaciously viing with MB to organize an AS ion-pair will give negative consequences. These negative interventions cause by some aminoalkanes and have analytical significance in the instance of quaternate ammonium compounds. For pretreatment of MBAS in all Waterss and waste Waterss that contain meddlesome substances the undermentioned process is recommended by ASTM mention method. The selected sample is hydrolysed by boiling under partial reflux with hydrochloric acid. The residuary merchandises are neutralized to a controlled pH value, and reacted with 1-methylheptylamine. The resulting ion-pairs are extracted into a trichloromet hane stage and evaporated to dryness on a steam bath. The amine constituent of the ion-pair is removed by boiling in an aqueous alkaline media and the stray MBAS are so determined under the described mention process. Besides other research workers examined the consequence of assorted diverse ions on the finding of AS by similar method [ 14, 6 ] . In order to set up the cogency and pertinence of proposed method, it was applied to the finding of AS in several existent H2O samples ( mineral, pat, and good H2O samples ) by proposed method. For this intent, 5.0 milliliter of each sample was preconcentrated utilizing DLLME technique as described before ( pH was adjusted with acetic acid/sodium ethanoate buffer if necessary ) . In order to measure matrix consequence, the standard add-on method was applied for the finding of AS ( at spiking degrees of 0.02 and 0.05 mg L-1 ) in spiked existent samples which the comparative recoveries of analytes are mentioned in Table 2. The obtained consequences were compared with those obtained from spiked distilled H2O. In all instances, the spike recoveries confirm the dependability of the proposed method. The obtained comparative recoveries indicates that matrix does non act upon the microextraction efficiency in the mentioned samples ( no serious interventions ) , hence, there was non any duty t o take interventions. As it can be seen in table 3, the public presentation of proposed method shows distinguishable advantages over other methods with mention to try volume, extraction dissolver volume, RSDs, LODs and additive dynamic scopeDecisionsThis survey demonstrated that DLLME process with really pleasant and robust features for check of AS seems to offer possible campaigners for mention method, which utilizes really little sum of microextraction dissolver every bit good as its low cost. Furthermore, freshly DLLME process in combination with FO-LADS equipped with charge-coupled device ( CCD ) sensor profiting from a micro-cell demonstrated that LPME ( DLLME ) could be combine with spectrophotometer system despite of micro-level sample volume without any dilution and diminishing the sensitiveness. Analysis of several existent samples for AS content illustrated the truth, dependability, simpleness, dependability and bargain rate of method. It appears to be a time-saving techni que, chiefly for research labs executing analysis of a big figure of samples with a rapid coverage clip. Besides we suggest the pertinence of this method for supervising the biodegradation of AS.

A Recipe for Friendship

Friendships are not easy to come by. Like developing a new and unique recipe, friendships need time and patience. With the right technique and a little bit of effort, a good friendship can result in a satisfying and life-long relationship. Three key ingredients to a good friendship are loyalty, honesty and respect. Loyalty refers to constant support and allegiance. This can be as simple as one being loyal to one’s favourite sports team or one’s favourite coffee shop. However, loyalty can also play a more significant role. In order to demonstrate this, a loyal friend needs to be available for the most part, on an emotional level, but also be available on an intellectual and even physical level. Regardless of the situation, dependability is essential. For example, if one loses his job, and then his home, a loyal friend would help by loaning money, by taking him in to his home, or by helping him find a job for as long as it takes. Serious health issues test friendships, but loyalty remains priceless to an ailing individual. A loyal friend would not desert a dying individual, especially if he has a disease that is feared by many, like AIDS. A loyal friend will always have one’s back. Honesty is the act of being open and truthful. An honest friend can tell you when you have a bad haircut or when you have spinach in your teeth. This honesty might be awkward to take at first, but the nature of it is to save one from further embarrassment. Honesty fosters trust and must be earned. When trust is absent from a friendship, one cannot know when one is being told the truth. However, the honesty in a friendship must be sincere and fair; otherwise, the blunt truth can be hurtful. Believing and trusting an honest friend allows one to be open to new ideas. For example, friends who confront an alcoholic about his drinking in an intervention are doing so because they are sincerely concerned about his well-being. The truth might be difficult for the alcoholic to accept, but because a group of caring people are all trying to help, he might be more receptive of his situation and be more willing to change. This honesty can also preserve dignity. Respect for an individual refers to feelings of admiration and understanding, as a result of his or her qualities, abilities and achievements. However, respect, like honesty, also has to be earned and deserved. In most cases, it is not easily given. For example, we respect a fire fighter because of his courage and selflessness when he puts his own life in danger to save the lives of others. A neurosurgeon is respected for his surgical abilities and his years of academic achievements. Respect is warranted for his commitment towards his skill. Respect can also refer to recognizing one’s individuality and supporting one’s values, talents and interests. Individuality distinguishes one from another and it is important to accept and appreciate these differences. For example, we do not all share the same religion: one can be Catholic and one can be Atheist; we do not all share the same way of life: one can be gay and another straight; we do not all share the same morals: one can be pro-life and another pro-choice. One may not always agree with another’s beliefs, lifestyle or ethics, but it is important to acknowledge these distinctions to remain friends through mutual respect. Like a delicious home-cooked meal, a great friendship is not difficult to create. Dedication, trust and appreciation are key. With these quality ingredients, a dash of trial and error and the right amount of time, the combination of loyalty, honesty and respect can result in a worthwhile and enjoyable relationship.

Maya Angelou Essay

As a woman you are created with a special gift, it’s like little extra ingredients that all women have within them. The poem â€Å"Phenomenal Woman† by Maya Angelou, she speaks about the elegance of a woman, her inner being the way she glow without saying a word Maya expressed how men are amazed by her presence â€Å"men themselves have wondered what they see in me† (line 31-32). It’s hard to put your finger on it all women were born with the power. In the poem â€Å"Still I rise† by Maya Angelou she described the struggles of life trials and tribulations you face in society and the way people may judge you. As if she was writing about a woman â€Å"does my sassiness upset you? †She also wrote in another stanza â€Å"does my sexiness upset you? †She used this comparison to show she is a sexy woman who demands respect. Maya’s attitude in this poem is portraying a confident black African American woman. She is really laughing at men challenging them. They cannot stop her from rising above all expectation. This poem gives you not only inspiration encouragement to be fearless; to the end of it all you must believe you still rise above it all. The title gives a sense of entity and power. This masterpiece the poem â€Å"phenomenal woman† has also empowered women to get more in touch with their inner beauty. Maya describes in great detail the mystery of women and the behavior of men and their reaction. It shows women to not only love your-self but to embrace every aspect of your mind, body and soul. Maya show that sexuality isn’t only related to outer beauty, or by the way you dress it more about how you feel within your own skin . she shows you instead of hating your body love it from the crown of your head to the sole of your feet. In society today women enhances their body by doing plastic surgery to feel accepted. She feels inferior clearly stating that every part of a woman is beauty. In comparisons to â€Å"Phenomenal Woman† and â€Å"Still I Rise† both poems Maya speaks about not bowing to the â€Å"oppressor†. You can feel her compassion in every word in Phenomenal Woman â€Å"now you understand why my head’s not bowed† (lines 47). Still I Rise forth stanza â€Å"with head bowed and eyes lowered? †Within these lines she stresses that she will not conform to what society made her out to be, that she will soar above and beyond everyone expectations. The little gives a sense of entity and power. In conclusion these two poems have few similarities; Maya characterized the strength of an African American woman. By using powerful words she described the emotional aspect of inner beauty, standing proud professing no one will ever bring her down not by the color of her skin nor the fact of being a woman that there’s more within.