Elimination tournament

third on the all time list. However, if being great is more about dominating their opposition rather than just compiling numbers, then again Tiger comes out on top. Tiger has a record setting ten seasons on the PGA Tour in which he won five or more tournaments. Jack sits in third once again with a total of seven. With this being said, it’s no surprise Woods has also comprised the most money titles on tour along with the most player of the year awards. Not to mention he has as claimed the most Vardon trophies

Flaggwell Kingston Tunnel (Sealed at both entryways) Upon taking a flashlight, brand new with full battery life, into the tunnel, I found the fuse box that controls the lights overhead. After opening it, I found all the fuses were in perfect condition and functional, once confirming this fact I proceeded to move the switch into an upwards position to test if power was still coming in. To my surprise, the light came on without hesitation, save for the few that blew out instantly. With the lights

impressive first half of the year by winning his third major, the 2000 U.S. Open, in Pebble Beach, California. The No.1-ranked player in the world, Woods outclassed the competition by a record margin, winning the tournament by 15 strokes and breaking the standard for a major tournament set by Tom Morris at the 1862 British Open. In July 2000, Woods won the British Open, becoming--at 24--the youngest player ever to win all four major titles: the PGA Championship, the Masters, the U.S. Open, and the

I have to add an asterisk here for the reason that I have not stood vigil over all golf shots in the history of the game. But you already knew that. What I have done is to pay careful attention to all the major championships since the early 1990s and have read about most of the others. Sure, it 's kind of nerdy, but I am a historian of golf. Not the greatest historian, or even a historian who has seen very many of the great shots with my own eyes; nonetheless, I have developed what I hope are some

The alcohols 1-propanol and 2-pentanol were converted into alkyl halides through a certain series of steps. The first step was reflux, and the purpose of reflux is to add energy to the solution and not lose any solution to evaporation. This energy helps initiate the acid-catalyzed dehydration reaction and also promotes rearrangement. The next step was distillation, which functioned to separate liquids based on boiling points. The distillation utilizes boiling points to separate the alkyl halide products

should be stronger because it has a lower electronegativity than chloride as well as a smaller radius. In a bimolecular nucleophilic substitution or SN2 reaction, there is only one-step. This occurs because the addition of the nucleophile and the elimination of the leaving group spontaneously occur at the same time.

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disciplines. For Biologists, they’ve studied how nature does it, and for Chemist, they’ve studied how we mimic, and manipulate it. Chemist refer to such chemical reactions, in which atoms or groups of atoms are removed from a molecule, as an elimination. Elimination reactions are very common in organic chemistry. Examples include the dehydration of alcohols and the dehydrohalogenation of alkyl halides. The dehydration of alcohols is the method most frequently used in the laboratory

In this experiment, the purpose was to create and observe the effects of a S_N 1 reaction. Silver nitrate was dissolved in ethanol. The nitrate ion is a decent nucleophile, and ethanol is a fairly powerful solvent. The difference in a SN1 reaction than an SN2 reaction is that a carbocation is formed. The leaving group wants to leave on it’s own, causing a multi-step synthesis. The leaving group leaves, creating a carbocation. The nucleophile finds the carbocation and attaches itself to it. More substitution

Lab Report 9: SN1 and SN2 Mechanisms: Nucleophilic Substitution Raekwon Filmore CM 244 Section 40 March 27, 2018 Introduction: For this week’s experiment, involved nucleophilic substitution of SN1 and SN2 reactions. On two separate days, SN2 was done first followed by SN1 being done in the next lab. The substitution of one group from a saturated sp3 hybridized carbon atom is typically a reaction that is used to interconvert different functional groups. In this reaction in particular, nucleophiles