Danielle Dawkins Essays (1328 words) - United States, Nationality

Danielle Dawkins Essays (1328 words) - United States, Nationality Danielle Dawkins 31 October History 2010 Markwell Securing the Nation America won the revolution against the tyrannical Great Britain on Sept. 3, 1783 following the Treaty of Paris, which acknowledged America as a free, independent nation. Besides the American revolution, there were countless others revolutions that took place, such as the French revolution that began in 1789. However, they did not go as planned, and were more chaotic than productive and successful. Throughout this essay, I will elaborate on various events that secured America in all different aspects. On the contrary, the course of events that occurred in England will be compared to those of the American revolution, and I will give insight as to why they did not go as planned per actions that took place. As mentioned before, there were other revolutions that occurred around the time of the American revolution with one of the most acknowledged ones being the French revolution. In 1793, King Louis XVI was sentenced to death by the French National Convention after being accused of conspiring with foreign powers. France went into a revolutionary frenzy the moment he was mercilessly beheaded by the guillotine that was quite different from that of the American revolution. There are two key differences between the French revolution and the American revolution. Firstly, American colonists wanted independence from Great Britain due to heavy taxation and being regarded as equals to the British. French countrymen, on the other hand, wanted to overthrow the French monarchy due to enlightenment ideals and the monarchy's lavish spending and extreme taxes, which were not used to treat the devastating occurrences happening within France such as starvation and disease. While the causes and reasoni ng are not too different, the way both revolutions were carried out were vastly dissimilar. The French revolution was fought by peasants alone, as there was absolutely no help from any foreign countries. They attempted to overthrow the monarchy by looting and demolishing the houses of the tax collectors. Americans organized a continental army and appointed George Washington as the leader. Not only that, France and Spain helped to lead them to ultimate victory. All in all, Americans has determination. And it isn't that the French was deemed hopeless; they just acted on pure impulse out of anger and hatred for those with higher authority and poor leadership. As one can infer, organization and strategy, or lack thereof, has a huge impact on the overall outcome of a revolution, or anything for that matter. After America was deemed an independent country, a leader was needed to allow peace to continue to thrive within infancy America. As of course, it was arduous task to choose a leader, but ultimately monumental once George Washington was elected as the first president of the United States. Because of Washington's impressive resume that was filled with successful and popular engagements, he was viewed as trustworthy and respectable. This renewed leaderships comforted citizens. Take loyalists for example; those who were loyal to the British Crown for so long, and didn't leave after the American revolution, longed for a leader that could restore civility and set policy to the states. With just that, the Articles of Confederation was born. At first, it appeared the Articles of Confederation would lead America on a road to a utopian-like future. States had more central power than anything, and congress did not have the authority to tax. As favorable as both of those seemed, it quickly prov ed to be disastrous, as the central government, which was needed to restore civility and such, was too weak, and there were not enough finances to pay debts. Once again, something was needed to secure the peace. Therefore, the Articles of Confederation was disposed of, and the Constitution, including the Bill of Rights, was adopted. For the sake of keeping everything regulated, the Constitution was created as the foundation of the governing system. The Bill of Rights was sort of a compromise since it limited the power of the federal government while simultaneously giving citizens fundamental, humane rights. America now had trustworthy leader and reasonable governing system; however, there is still work to be done, as it is still relatively new. This new republic had just won an entire war, but it

Organic Compounds - Names and Formulas Starting with P

Organic Compounds - Names and Formulas Starting with P This is a list of organic compound names and formulas with names starting with the letter P. PABA - C7H7NO2Paclitaxel - C47H51NO14Palmitic acid - C16H32O2palmitoyl-oleyl-sn-phosphatidylcholine - C42H82NO8PPancracine - C16H17NO4Pantothenic acid (Vitamin B - C9H17NO5Para red - C16H11N3O3Paracetamol (Acetaminophen) - C8H9NO2Paracetamol (Acetaminophen) (ball and stick model) - C8H9NO2Parachlorometaxylenol (PCMX or Chloroxylenol) - C8H9ClOParaformaldehyde - (CH2O)x (x 8 - 100)Parathion - C10H14NO5PSPBDE (Polybrominated diphenyl ethers) general structurePCP (Phencyclidine) - C17H25NPCP (Phencyclidine) (ball and stick model) - C17H25NPelargonic acid - C9H18O2Penguinone (3,4,4,5-tetramethylcyclohexa-2,5-dien-1-one) - C10H14OPentabromodiphenyl ether - C12H5Br5OPentachlorophenol - C6HCl5OPentadecane - C15H32Pentaerythritol - C4H10O3Pentafluoroethane - C2HF5Pentalene - C8H6Pentane - C5H12Pentane (ball and stick) - C5H121-Pentene - C5H101-Pentene (ball and stick model) - C5H10Pentetic acid - C14H23N3O10Pentyl functional group - R-C5H11Pentyl 2,3,5-trichloro-6-hydro xybenzoate - C12H13C l3O31-Pentyne - C5H8Peracetic acid - C2H4O3Peramivir - C15H28N4O4Perazil - C18H21ClN2Perfluorotributylamine - C12F27NPerkins mauveine - C26H23N4Permethrin - C21H20Cl2O3Peroxyacetic acid - C2H4O3Perylene - C20H12Phenacetin - C10H13NO2Phenacyl bromide - C8H7BrOPhenanthrene - C14H10Phenanthrenequinone - C14H8O2Phenazone (Antipyrine) - C11H12N2OPhencyclidine (PCP) - C17H25NPhencyclidine (PCP) (ball and stick model) - C17H25NPhenethylamine - C8H11NPhenobarbital - C12H12N2O3Phenic acid - C6H6OPhenol - C6H6OPhenol (space filled model) - C6H6OPhenolate anion - C6H5OPhenol red (Phenolsulfonphthalein) - C19H14O5SPhenolphthalein - C20H14O4Phenothiazine - C12H9NSPhenylacetic acid - C8H8O2Phenylacetylene - C8H6Phenylalanine - C9H11NO2D-Phenylalanine - C9H11NO2L-Phenylalanine - C9H11NO2-Phenylenediamine - C6H8N2Phenyl Functional GroupPhenylhydrazine - C6H8N2Phenylhydroxylamine - C6H7NOPhyenylic acid (phenol) - C6H6OPhenyllithium - C6H5Li4-Phenyl-4-(1-piperidinyl)cyclohexanol (PPC) - C17H25NOPheny lthiocarbamide (Phenylthiourea) - C7H8N2SPhloroglucinol - C6H6O3Phorate - C7H17O2PS3Phosgene - CCl2Ophosgene (space filled model)- CCl2Ophosphate - O4P3-Phosphate functional group - ROP(O)(OH)2Phosphino groupPhosphodiester groupPhosphonic acid groupPhthalate (general structure) - C8H4O4RR where R and R CnH2n1 (n4-15)Phthalic anhydride - C8H6O2Phthalic acid - C8H6O2Phylloquinone (Vitamin K - C31H46O2Physostigmine - C15H21N3O2Phytic acid - C6H18O24P6ÃŽ ±-Picoline - C6H7NÃŽ ²-Picoline - C6H7NÃŽ ³-Picoline - C6H7NPicrasane - C20H34OPicrate Anion - C6H2N3O71-Picric acid - C6H3N3O7Pimarane - C20H36Pimelic acid - C7H12O4Pinacol - C6H14O2Piperazine - C4H10N2Piperidine - C5H11NPiperonal - C8H6O3Piperylene - C5H8Pivaloyl chloride - C5H9ClOPodocarpane - C17H30Polyacrylonitrile - (C3H3N)nPolycaprolactam (Nylon 6) - (C6H11N)nPolychlorinated biphenyl (PCB) - C12H10-xClx (x 1-10)Polybrominated diphenyl ether (PBDE) - C12H10−xBrxO where x 1, 2, ..., 10 m nPolyethylene - repeating chains of C2H4Polyethylenimine - (C2H5N)nPolyisobutylene - (C4H8)nPolyphenylene oxide - (C8H8O)nPolypropylene - (C3H6)nPolypropylene glycol - (C3H5O)nPolystyrene - (C8H8)nPolytetrafluoroethylene (PTFE or Teflon) - (C2F4)nPolyvinyl acetate - (C4H6O2)xPolyvinyl alcohol - (C2H4O)xPolyvinyl chloride (PVC) - (C2H3Cl)nPolyvinyl fluoride (PVF) - (C2H3F)nPolyvinylidene chloride - (C2H2Cl2)nPolyvinylidene fluoride (PVDF) - (C2H2F2)nPorphyrin - C20H14N4Prednisone - C21H26O5Primaquine - C15H21N3OPrimary aldimine functional group - RC(NH)HPrimary amine functional group - RNH2Primary ketimine functional group - RC(NH)RProcaine - C13H20N2O2Progesterone - C21H30O2Progesterone (space filled model) - C21H30O2Prolactin (PRL)Proline - C5H9NO2D-Proline - C5H9NO2L-Proline - C5H9NO2Prolyl radical - C5H8NOPropane - C3H8Propane (ball and stick model) - C3H8Propane (space filled model) - C3H8Propanedioic acid - C3H4O42-Propanone (Acetone) - C3H6OPropargyl alcohol - C3H4OPropene - C3H3Propene - C3H34-(Prop-1-en-1-y l)phenol (Anol) - C9H10OPropiconazole - C15H17Cl2N3O2ÃŽ ±-Propiolactone - C3H4O2ÃŽ ²-Propiolactone - C3H4O2Propiolic acid - C3H2O2Propionaldehyde (Propanal) - C3H6OPropionic acid - C3H6O2Propionitrile - C3H5NPropoxur - C11H15NO3propylene - C3H6Propylene glycol - C3H8O2Propyl Functional Group - R-C3H7Propyne - C3H4Proton-sponge (Sigma-Aldrich trademark name) - C14H18N2Purine - C5H4N4Putrescine - C4H12N22H-Pyran (1,2-Pyran) - C5H6O4H-Pyran (1,4-Pyran) - C5H6OPyrazine - C4H12N2Pyrazole - C3H4N2Pyrene - C16H10Pyrethrin I - C21H28O3Pyrethrin II - C22H28O5Pyridazine - C4H4N2Pyridine - C5H5N2-Pyridone - C5H5NOPyridoxal (Vitamin B - C8H9NO3Pyridyl Functional Group - RC5H4NPyrilamine - C17H23N3OPyrimethamine - C12H13ClN4Pyrimidine - C4H4N2Pyrocatechol - C12H13ClN4Pyroglutamic acid - C5H7NO3Pyrrole - C4H5NPyrrolidine - C4H9NPyruvic acid - C3H4O3