Research Balfour Beatty plc Essay Example | Topics and Well Written Essays - 2000 words

Research Balfour Beatty plc - Essay Example In the year 2002,civil engineering accounted for almost 38%, building services 35,and rail engineering 27% of the total profits acquired by the organization. (Corporate Watch, 2006) Balfour Beatty, founded by George Balfour and Andrew Beatty, mechanical engineer and a charted accountant by professions respectively was initially into making streetcar lines. However, the world war –II brought the construction of streetcar lines to a halt and brought about a stalemate situation in the company. A landmark decision was taken at that point of time to expand into the civil construction arena. Balfour Beatty also played an instrumental role in the early 1920s in managing various power corporations across Great Britain into construction of a common â€Å"grid† in Britain. Balfour Beatty was acquired by BICC, a cabling company in the year 1969.Balfour Beatty was a subsidiary and accounted for more than half of BICC’s revenues. In 1999, BICC’s cabling operations were at a sagging low and the company decided to divest their cable operations. In the year 2000, BICC changed its name to Balfour Beatty plc.

Magic Johnson Essay -- essays research papers fc

The L.A. Lakers in the 1980’s were a basketball powerhouse with household names such as James Worthy, Kareem Abdul-Jabbar and Kurt Rambis who would doubt it. They had class and displayed it on the court. Kareem could pull up for his patented sky hook, they could dish to Worthy for the dunk and Rambis could pull down a rebound, but without a certain Magic there would be no showtime in L.A. A certain young player who had it all, a flashy smile and a great no look pass. That certain player was a true point guard, Earvin Johnson Jr. There are five magic parts to Earvin Johnson Jr.’s life. On August 14, 1959 in Lansing, Michigan, Christine and Earvin Johnson gave birth to their third child, a beautiful baby boy named Earvin Jr. Earvin Jr. was born into the middle of a family of seven children. Quincy, Larry and Pearl were older and Kim and the twins, Evelyn and Yvonne were younger. This whole family squeezed into three small bedrooms and one bathroom. "The place turned into a real madhouse before school every morning, when we all lined up to use the bathroom. You learned to be quick." said Earvin once. (Johnson, p.4) Both of Earvin’s parents played high school basketball. Earvin played basketball a bunch with his older brother Larry. (Brenner, p.44) Earvin would wake up early and play basketball before school started. "People thought I was crazy," Earvin remembered. "It would be seven-thirty and they’d be going to work and say, ‘There’s that crazy June Bug, hoopin’." (Lovitt, p.5) June bug was what man y people called him, but his parents called him Junior and his friends called him E.J. (Johnson, p.4) When it snowed Earvin would go out and shovel the court. Earvin meet Jay Vincent, a child the same age of Earvin, who displayed the same love for basketball. The two became best friends. (Brenner, p.44) Earvin was suppose to go to Sexton High, but since of busing Earvin was forced to go to Everett a mostly white school. The Lansing School Board had to bus some kids to Everett to mix the races and to stop the growth at Sexton. Earvin lived a half of a mile away from Sexton and a mile and a half away from Everett. Pearl and Larry hated Everett and Larry was always in fights. The only Johnson who didn’t have to go to Everett was Quincy who was already in high school when the board made it... ...discusses safe sex. Earvin Johnson Jr. has had five magic parts in his life. Earvin is and always be a great role model. He is so classy on and off the court. His fun loving attitude is a great example of what we all should be. His courage to speak out and help others deal with AIDS and HIV is amazing. From June Bug to Magic, Earvin Johnson Jr. will always be a great man. Bibliography Brenner, Richard J. Jordan*Johnson. New York: East End Publishing, 1989 Haskins, James. Sports Great Magic Johnson Revised and Expanded. Springfield:Enslow Publishers, Inc., 1992 Lovitt, Chip. Magic Johnson. New York: Scholastic Inc., 1991 Johnson, Earvin "Magic." My Life. New York: Random House, Inc., 1992 The Fifty Greatest Players in NBA History: Magic Johnson. www.nba.com/. NBA Properties, Inc., 1996 *Reader these next two documents were not used in the product, but are good resources of information. "Johnson, Magic." World Book Multimedia Encyclopedia Standard Edition. Chicago: World Book, Inc., 1997 "Magic Johnson." www.caphis.usc.edu/~yungkail/magic.html

Physical & Chemical Properties

Physical and Chemical Properties Pre Lab Questions: (4pts. ) 1. What are the learning goals of this experiment? The goals are to investigate the chemical properties of pure chemical substance and to investigate the physical properties of pure substances. 2. Write two examples each of physical and chemical properties. Physical –Color, Odor, hardness, density, melting point, boiling point Chemical- heat of combustion, reactivity, ph, 3. What happens if you heat a solution of chemicals in test tube facing towards you?How would you avoid inhalation of chemical vapor during heating in a test tube? It could splat on face and burn you. The best way to avoid inhaling vapor is to either where a mast or don’t breathe directly in the vapors while the substances is burning. 4. How would you take care of itching eyelids or body parts caused by the contamination of 6M HCl? Wash your eyes with cold water immediately and if get any worse call 911. Date:______10/28/12___________________ _ Name:____Daniel Asonye _____________________ . Title: Physical and Chemical Properties 2. Procedure: (3pts. ) 1. The first thing that must be done is to half fill one well of 24-well plate with 6M HCL and half filled a second well of the 24-well plate with 6M NaOH. 2 – The second thing to do is to place 4 smalls’ test tubes into wells of the 24 well plate. Than place a small amounts of the substances into the tube that needs to be tested in each of the four micro test tube. 3 In the first tube, watch and record color and odorThe next thing lights the burner and grab the test tube with the holder. Next heat the sample by slowly moving it just above the flame. Watch the effect of the substance by the heat. Allow cooling before storing. 4 For the second tube 1. Add enough cold water at least ? about the sample and stir with the rod and watch what happens. Light the burner and grasp the test tube with the holder and heat the sample by slowly moving the tube about the fla me. Use the ? cm of red and blue litmus paper.Allow the solution to cool and stir with the rod and transfer a drop of the solution onto a piece of litmus paper. 5 For the third tube Just add a few pipet drops of HCL to the sample and stir. 6. Fourth test tube- just add a few piped drops of NaOH to the sample. Stir and record 7. Clean up all four test tube and repeat steps 2 through 6. 3. Data Collection: Fill up the table as shown in procedure (12pts. ) |Color |Odor |Effect of heat |Cold H2O |Hot H2O |Litmus Test |Dilute HCL |DiluteNaOH | |Mg |silver |nc | |– |— |– |– |– | |Cu |gold |nc |Dissolves quickly |Dissolves slowly |Slighty cloudy |Blue-white color appears Red -none |– |– | |Zn |silver |none |– |– |– |– |Starts boiling |— | |Mgo |white |none |– |— |– |— |— |White precipate forms | |CuCO3 |gray |gas-like smell |Started dissolving |Starts looking slightly clou dy |Becomes a little darker |Blue formed some white color while red didnt |Boiling, white precipitate increase |Neutralize the solution and is a lot clear | |Cu (NO)3 |blue |Gas-like smell |Started dissolving and boiling |A lighter blue is formed |Becomes a little darker |Blue-formed some redish color while red had no change |Ultraviolent color is formed on the top of the solution |A large substrate has been formed between the two colors. Violent on top and blue on bottom | |NaCl |White |none |Started to dissolved |A tad cloudy |Becomes a little darker |No reaction |No reaction |No reaction | | 4. Attach your picture showing your work on step 4d. The picture should also show the results as appears in the experiment. [pic] [pic] [pic] [pic] 5. Result: Write the results of your litmus paper test (2pts. ) The cooper formed a white precipitate. The CuCo3 blue formed some white color while red didn’t.The Cu(NO)3 blue-formed some reddish color while red did not. NaCl had no reactio n. ________________________________________________________________________ ____________________________________________________ 6. Questions: Answer the questions briefly as shown in page 110 (3pts. ) A. Yes I did. I saw heat of combustion in about every chemical I test today. B. The evidence I saw was mainly copper. It had the highest reactivity out of any substance I used. C. Reactivity of any substance with cooper and heat combustion of substrates. D. Physical, physical, physical, and chemical E. physical, chemical, physical, physical , physical , chemical F. I would re heat the solution to give me a physical change.

The Nile River and Nile Delta in Egypt

The Nile River in Egypt is among the longest rivers in the world, running for a length of 6,690 kilometers (4,150 miles), and it drains an area of roughly 2.9 million square kilometers, about 1.1  million square miles. No other region in our world is so dependent on a single water system, especially as it is located in one of our worlds most extensive and severe deserts. More than 90% of the population of Egypt today lives adjacent to and relies directly on the Nile and its delta. Because of ancient Egypts dependence on the Nile, the rivers paleo-climatic history, particularly the changes in the hydro-climate, helped shape the growth of dynastic Egypt and led to the decline of numerous complex societies. Physical Attributes There are three tributaries to the Nile, feeding into the main channel which flows generally northward to empty into the Mediterranean Sea. The Blue and the White Nile join together at Khartoum to create the main Nile channel, and the Atbara River joins the main Nile channel in northern Sudan. The Blue Niles source is Lake Tana; the White Nile is sourced at equatorial Lake Victoria, famously confirmed in the 1870s by David Livingston and Henry Morton Stanley. The Blue and Atbara rivers bring most of the sediment into the river channel and are fed by summer monsoon rains, while the White Nile drains the larger Central African Kenyan Plateau. The Nile Delta is roughly 500 km (310 mi) wide and 800 km (500 mi) long; the coastline as it meets the Mediterranean is 225 km (140 mi) long. The delta is made up mainly of alternating layers of silt and sand, laid down by the Nile over the past 10 thousand years or so. The elevation of the delta ranges from about 18 m (60 ft) above mean sea level at Cairo to around 1 m (3.3 ft) thick or less at the coast. Using the Nile in Antiquity The ancient Egyptians relied on the Nile as their source for reliable or at least predictable water supplies to allow their agricultural and then commercial settlements to develop. In ancient Egypt, the flooding of the Nile was predictable enough for the Egyptians to plan their yearly crops around it. The delta region flooded annually from June to September, as a result of monsoons in Ethiopia. A famine resulted when there was inadequate or surplus flooding. The ancient Egyptians learned partial control of the flood waters of the Nile by means of irrigation. They also wrote hymns to Hapy, the Nile flood god. In addition to being a source of water for their crops, the Nile River was a source of fish and waterfowl, and a major transportation artery linking all of the parts of Egypt, as well as linking Egypt to its neighbors. But the Nile does fluctuate from year to year. From one ancient period to the next, the course of the Nile, the amount of water in its channel, and the amount of silt deposited in the delta varied, bringing abundant harvest or devastating drought. This process continues. Technology and the Nile Egypt was first occupied by humans during the Paleolithic period, and they were undoubtedly affected by the Niles fluctuations. The earliest evidence for technological adaptations of the Nile occurred in the delta region at the end of the Predynastic Period, between about 4000 and 3100 B.C.E., when farmers began building canals. Other innovations include: Predynastic (1st Dynasty 3000–2686 B.C.E.)—Sluice gate construction allowed deliberate flooding and draining of farm fieldsOld Kingdom (3rd Dynasty 2667–2648 B.C.E.)—2/3 of the delta was affected by irrigation worksOld Kingdom (3rd–8th Dynasties 2648–2160 B.C.E.)—Increasing aridification of the region leads to the progressively advanced technology including the building of artificial levees and enlarging and dredging of natural overflow channelsOld Kingdom (6th–8th Dynasties)—Despite the new technologies developed during the Old Kingdom, aridification increased such that there was a 30 year period in which flooding of the delta did not occur, contributing to the end of the Old Kingdom.New Kingdom (18th dynasty, 1550–1292 B.C.E.)—Shadoof technology (so-called Archimedes Screw invented long before Archimedes) first introduced, allowing farmers to plant several crops a yearPtolemaic period (332–30 B.C.E. )—Agricultural intensification increased as population moved into the delta regionArab Conquest (1200–1203 C.E.)—Severe drought conditions led to famine and cannibalism as reported by the Arabic historian Abd al-Latif al-Baghdadi (1162–1231 C.E.) Ancient Descriptions of the Nile From Herodotus, Book II of The Histories: [F]or it was evident to me that the space between the aforesaid mountain-ranges, which lie above the city of Memphis, once was a gulf of the sea,... if it be permitted to compare small things with great; and small these are in comparison, for of the rivers which heaped up the soil in those regions none is worthy to be compared to volume with a single one of the mouths of the Nile, which has five mouths. Also from Herodotus, Book II: If then the stream of the Nile should turn aside into this Arabian gulf, what would hinder that gulf from being filled up with silt as the river continued to flow, at all events within a period of twenty thousand years? From Lucans Pharsalia: Egypt on the west Girt by the trackless Syrtes forces back By sevenfold stream the ocean; rich in glebe And gold and merchandise; and proud of Nile Asks for no rain from heaven. Sources: Castaà ±eda IS, Schouten S, Pà ¤tzold J, Lucassen F, Kasemann S, Kuhlmann H, and Schefuß E. 2016. Hydroclimate variability in the Nile River Basin during the past 28,000 years. Earth and Planetary Science Letters 438:47-56.Krom MD, Stanley JD, Cliff RA, and Woodward JC. 2002. Nile River sediment fluctuations over the past 7000 yr and their key role in sapropel development. Geology 30(1):71-74.Santoro MM, Hassan FA, Wahab MA, Cerveny RS, and Robert C Balling J. 2015. An aggregated climate teleconnection index linked to historical Egyptian famines of the last thousand years. The Holocene 25(5):872-879.Stanley DJ. 1998. Nile Delta in its destruction phase. Journal of Coastal Research 14(3):794-825.