Comparison between Ancient China and Singapore Civilisations Free Essays

Who am I? I am Aicirt, a time traveler. As of late I made a trip to the view life in Ancient China. Was it intriguing, you may inquire? Without a doubt it was, which is the reason, I have chosen to analyze two parts of life in the early civilisations with life in Singapore today. We will compose a custom exposition test on Examination between Ancient China and Singapore Civilisations or then again any comparative theme just for you Request Now My first perspective would be Technology The primary contrast between the innovation in the early civilisations and present day Singapore is that the innovation in the early civilisations was not as profoundly progressed as in Singapore now. Singapore is particularly exceptionally progressed in innovation than in the early civilisations. A model would be numerous Singaporeans rely a ton upon gadgets, for example, their handphones and so forth. Though in the early civilisations, for example, the Indus Valley civilisation and Shang civilisation, there was no such things as gadgets. Indeed, there was no power by any means! The following model I am giving is that when making products, for example, jars and different articles, we as of now use machines to make them and structure them. Then again in the early civilisations, all the items were made by hand and were complicatedly structured utilizing bones or sharp stones and so on. In any case, the early civilisations and present day Singapore share something for all intents and purpose regarding the perspective on innovation. The advancements in both the early civilisation and life in Singapore today share very similar things which incorporate creation apparatuses, weapons and art objects and so on. In any event, cooking is available in them two. In the multiple times, the individuals have consistently attempted to improve life for themselves by attempting to various techniques to finish their employments productively. The following perspective I will look at is the Transportation. Transportation is a significant viewpoint to think about. Venturing out to the early civilisations caused me to understand that the individuals there utilized little transportation (just little vessels) for exchanging purposes. Other than that, they only sometimes utilized vehicle. In Singapore, transport is utilized broadly. For instance, we take transports, vehicles to work or go to class. Right off the bat, I have seen a likeness when I went to various early civilisations, for example, the Shang civilisation. The similitude is that in both the early civilisation life and life in Singapore today, individuals transport via land and water. Despite the fact that, the delay has a major contrast, we both offer a similar kind of transportations. This shows after some time, the sort of transportation may have had alterations however the principle thought of going via land or water didn't change. Next, I will bring up a distinction in the transportation between present day Singapore and early civilisations. The principle distinction is the modernization of the vehicles accessible in the multiple times. Right now, we have a wide range of sorts of transportations to look over. We can take the MRTs, transports, ships or vehicles for short or significant distances. For a lot further separations, we can take planes or ships. Notwithstanding, during the early civilisation life, the sorts of transport were less and considerably less modernized. You will presumably ask what they are, at that point. All things considered, they contrast a ton. In the early civilisations, transportation modes just comprised of little pontoons and maybe trucks driven by bigger creatures, for example, bulls or dairy animals. What I respected about the individuals of the early civilisations I appreciated the individuals of the early civilisations for their capacity to be liberal to new thoughts and the capacity of considering thoughts to improve their lives. They regularly attempted to improve their lives by utilizing their constrained innovation to permit themselves to finish task with more proficiency. They had assurance to finish and defeat everything, each snag confronted. They generally knew and needed to improve in the manner the live, their way of life. For instance, in the Shang civilisation, the individuals acquainted relaxation exercises with their way of life. They made tabletop games, for example, chess utilizing stone. I appreciate them for being ingenious as well. The individuals had the option to build up a type of innovation by having the option to utilize more earnestly materials, for example, stone and metal to make questions with the goal that they were progressively solid. They could make engravings and write or cut on hard items. This demonstrated they arranged whatever they would do before endeavoring to do this. This is a decent aptitude arranging before setting out on doing. I figure I might want to embrace this capacity/aptitude to forestall ill-advised choices which may bring about a few errors. Arranging goes far. A statement I heard a few times is â€Å"If you neglect to design, you plan to fail.† Therefore, the individuals of the early civilisation were fruitful as they had resolute assurance and well arranging. A case of well arranging would be the Indus Valley civilisation. In Mohenjo-daro, a principle city of the Indus Valley Civilisation, it was an all around arranged city with numerous open structures and the world’s first complex underground waste framework was there. The individuals of the early civilisation put in their best regardless of whether it appeared to be impossible that they would succeed. Taking everything into account, I respect the early civilisation individuals for being resolved and persisting in doing whatever they do, defeating obstructions, discovering answers for their issues, for example, taking care of the water system flood issue and so on. Step by step instructions to refer to Comparison between Ancient China and Singapore Civilisations, Papers

Free Essays on Body Image

It is discovered that ladies are by all account not the only one's disappointed with their appearance. A developing number of men among society are progressively worried about self-perception. Studies have discovered that disappointment with self-perception among men is on the ascent. Numerous male understudies are confronting dietary issues so as to stay aware of social orders flawless self-perception. We see issue, for example, dysmorphia arriving at a high point inside the male populace. Dysmorphia centers around an obsessional distraction (p.66) of ones self-perception. A patient experiencing this sort of confusion would consider a to be of the body as monstrous. In guys a specific kind called muscle dysmorphia, is seen, that has happened to extraordinary concern. Muscle dysmorphia is incited by a fanatical impulsive picture of ones muscle tone. With this sort of confusion, one may make a huge effort to fit the picture they are searching for. Heading off to these lengths regularly makes hurts the body making harm genuinely and intellectually (for example one will take steroids). When searching for answers to why this happens research focuses at magazines, movies, toys and other media. The article offered understanding to how activity toys have had an impact in making negative self-perception. In the investigation, toys, for example, G.I. Joe figures, Star War and Star Trek characters, Superman, Spiderman, and Batman were contemplated, analyzing the development of the activity figures consistently (from around the 60's to the 90's). Estimations were taken of the figures midsection, chest, and biceps, indicating the adjustment in muscle tone after some time. The worry is that activity toys present perfect self-perception setting a model that you should resemble a superhuman muscle head. The pictures depicted surpass the degree of muscle tone that can securely be accomplished. These extraordinary measures are risky making numerous not eat right and ingest medications. Guys locate that looking along these lines is the best way to fit inside society. Despite the fact that getting to this level is hazardous, the conseq... Free Essays on Body Image Free Essays on Body Image It is discovered that ladies are not by any means the only one's disappointed with their appearance. A developing number of men among society are progressively worried about self-perception. Studies have discovered that disappointment with self-perception among men is on the ascent. Numerous male understudies are confronting dietary issues so as to stay aware of social orders impeccable self-perception. We see issue, for example, dysmorphia arriving at a high point inside the male populace. Dysmorphia centers around an obsessional distraction (p.66) of ones self-perception. A patient experiencing this kind of confusion would consider a to be of the body as monstrous. In guys a specific kind called muscle dysmorphia, is seen, that has happened to incredible concern. Muscle dysmorphia is instigated by an over the top impulsive picture of ones muscle tone. With this kind of turmoil, one may make a huge effort to fit the picture they are searching for. Setting off to these lengths frequently makes hurts the body making harm truly and intellectually (for example one will take steroids). When searching for answers to why this happens research focuses at magazines, films, toys and other media. The article offered understanding to how activity toys have had an influence in making negative self-perception. In the investigation, toys, for example, G.I. Joe figures, Star War and Star Trek characters, Superman, Spiderman, and Batman were contemplated, looking at the development of the activity figures consistently (from around the 60's to the 90's). Estimations were taken of the figures midriff, chest, and biceps, indicating the adjustment in muscle tone after some time. The worry is that activity toys present perfect self-perception setting a model that you should resemble a superhuman muscle head. The pictures depicted surpass the degree of muscle tone that can securely be accomplished. These outrageous measures are hazardous making numerous not eat right and ingest medications. Guys locate that looking along these lines is the best way to fit inside society. In spite of the fact that getting to this level is risky, the conseq...

Assessment Issue Rubrics Essay -- Teaching Education

Evaluation Issue Rubrics This article takes on somewhat of an alternate point of view with regards to the issue of utilizing rubrics as an apparatus of appraisal. At the point when the subject of rubrics has come up in the expert existence of this author, it has been followed with a negative implication. This article talks emphatically of the utilization of rubrics. The essayist of the article Heidi Andrade utilizes rubrics not exclusively to legitimize students’ grades, yet in addition to help the understudies in appropriately finishing a task. What the writer of the articles says bodes well. A rubric shows an understudy precisely what is expected to get a high score on some random task. A decent rubric will viably carry out this responsibility. The rubric can likewise fill in as a suggestion to an understudy that may be experiencing issues reviewing a thing for a test or for a paper. The creator alludes to rubrics as Instructional Rubrics. As indicated by the creator; An Instructional Rubric is typically an a couple of page record that portrays differing levels of value, from fantastic to poor, for a particular task. It is typically utilized with generally complex task, for example, a drawn out undertaking, an article, or an examination paper. At the point when an Instructional Rubric is utilized, an understudy is presently given the information on what is normal from them, all to regularly this doesn't happen. Now and again instructors, without importance to do hurt, simply anticipate that the understudy should realize how to carry out a responsibility without bearings. This is more likely than not settin...

Hazardous Waste Management - the Latex and Solvent Based Cans Essay

Risky Waste Management - the Latex and Solvent Based Cans - Essay Example Three, the holder might be seen to be vacant if not in excess of three percent of the heaviness of the whole size of the compartment remains if the compartment is proportionate to or under 110 gallons in volume. Four, a compartment is viewed as vacant if under 0.3 percent of the heaviness of the whole size of the holder is consistent if the container’s size is bigger than 110 gallons (Orloff, and Falk, 2003).â Compartments with sizeable drumming ought to be taken care of with extraordinary alert since they are increasingly likely to have genuinely colossal inward weights. Prior to any taking care of, the swelling 55-gallon compartment must be genuinely evaluated to accomplish noteworthy data on the substance. The flex test ought to be led on the protruding 55-gallon holder via completing descending power to the compartment using the palm heel. In any case, extra strategies might be utilized along with the flex tests to build up if the compartment is pressurized. In the event that it is plausible, the compartment ought not be moved because of the inner weight. In the event that it must be expelled from the area, the compartment ought to be taken care of with a grappler unit intended for containing a blast. The compartment might be carefully overpacked or shipped far away to allow lying on a firm surface. Notwithstanding being around half full, the mirror back paint drum ought to be moved to an area away from the laborers or the overall population. The holder ought to be set in a family risky waste assortment site. Likewise, the paint might be set through a wary procedure (Orloff, and Falk, 2003). The dried dissolvable based paint jars ought to be fixed. At that point, the jars ought to be placed in a few plastic waste sacks and afterward the packs ought to be firmly closed. A while later, the fixed plastic waste sacks might be set with other office squanders. The wet latex paint jars ought to be set in a topsy turvy way for the paint to build up a seal all-around the spread. Moreover, the wet latex paint compartments can be dried by including retentive substances, for instance, sand or destroyed paper to enliven the drying process.â â

Relative Reactivity of Alkyl Halides

Relative Reactivity of Alkyl Halides Introduction Nucleophilic replacement of alkyl halides can continue by two distinct components †the SN2 and the SN1. The motivation behind the trial was to distinguish the impacts that the alkyl gathering and the halide-leaving bunch have on the paces of SN1 responses, and the impact that the dissolvable has on the paces of SN1 and SN2 responses. The SN1 instrument is a two-advance nucleophilic replacement, or unimolecular relocation. In the initial step of the instrument, the carbon-halogen security breaks and the halide particle leaving bunch leaves in a moderate, rate-deciding advance to frame a carbocation intermediate.The carbocation middle of the road is then promptly kept by the feeble nucleophile in a quick, second means to give the item. An answer of ethanol with some silver nitrate might be included given the frail nucleophile †the liquor. In the event that a SN1 response happens, the alkyl halide will separate to shape a carbo cation, which will at that point respond with the ethanol to frame an ether. Since there is definitely not a solid nucleophile present, the cleavage of the carbon-halogen security is supported by the development and precipitation of silver bromide.The halide particle will join with a silver particle from the silver nitrate to frame a silver halide accelerate, which will prompt that a response has happened. + AgBr + NO3-Figure 1: The SN1 component of 2-bromo-2-methylpropane and silver nitrate. The nucleophile would have been ethanol while the silver nitrate would have disassociated to shape a silver halide accelerate. The more steady the carbocation, the speedier the response. Along these lines, SN1 responses want tertiary substrates most, trailed by auxiliary, and finally primary.Because the quality of the nucleophile is immaterial, an ionizing dissolvable is required. Water is the best dissolvable, trailed by methanol, ethanol, propanol, and in conclusion CH3)2CO. In analyze two, t he tertiary 2-bromo-2-methylpropane was the most preferred reactant followed by the optional 2-bromobutane, the essential 1-bromobutane, and the essential 1-chlorobutane. This request is controlled by whether the atom is essential, optional, or tertiary. 2-bromo-2-methlypropane + AgNO3 + (CH3)2CO AgBr + ethyl-t-butylether + isobutylene Figure 2: The SN2 instrument of 2-bromo-2-methlypropane with AgNO3 in (CH3)2CO.The SN2 response component is a one-advance, bimolecular relocation in which the bond-breaking and bond-production forms happen all the while. The SN2 response requires a solid nucleophile. The request for reactivity is something contrary to the SN1 response on the grounds that the nucleophile must assault from the back, and is supported with the least steric deterrent. The halide connected to an essential carbon is simpler to assault from the back. In try one, the 1-chlorobutane was the most preferred reactant followed by the essential 1-bromobutane, the auxiliary 2-bromob utane, and the tertiary 2-bromo-2-methylpropane.This request is controlled by whether the atom is essential, optional, or tertiary. â€Å"SN2 responses are especially touchy to steric factors, since they are enormously hindered by steric obstruction (swarming) at the site of response. When all is said in done, the request for reactivity of alkyl halides in SN2 responses is: methyl > 1â ° > 2â °. The 3â ° alkyl halides are packed to the point that they don't by and large respond by a SN2 component. †1 1-chlorobutane and NaI-CH3)2CO â€â€> 1-iodobutane + NaCl (encourage) when all is said in done, more fragile bases improve leaving groups.SN1 and SN2 responses show similar patterns, yet SN1 is increasingly delicate. The reactants supported in the SN2 component are something contrary to the SN1 response. the essential 1-chlorobutane was generally preferred, trailed by the essential 1-bromobutane, the auxiliary 2-bromobutane, and tertiary 2-bromo-2-methylpropane. Table 1: Table of Reagents with sub-atomic weight, thickness, dissolving point, and breaking point. Name| Molecular Weight (g/mol)| Density (M/V)| Melting point ( °C)| Boiling point ( °C)| 2-bromo-2-methylpropane| 137. 02 g/mol| 1. 22 g mL? 1 | - 16  °C| 73 °C| 2-bromobutane| 137. 02 g/mol| 1. 55 g mL? 1| - 113 °C| 91 °C| 1-bromobutane| 137. 02 g/mol| 1. 2676 g mL? 1| - 112  °C| 99-103 °C| 1-chlorobutane| 92. 57 g mol? 1| 0. 89 g/mL | - 123. 1  °C| 78 °C| NaI| 149. 89 g/mol| 3. 67 g/cm3| 661  °C| 1304  °C| AgNO3| 169. 87 g mol? 1| 5. 35 g/cm3| 212  °C| 444  °C| Methanol| 32. 04 g mol? 1| 0. 7918 g/cm3| - 97. 6  °C| 64. 7  °C| Ethanol| 46. 07 g mol? 1| 0. 789 g/cm3 | ? 114  °C| 78. 37  °C| Propanol| 60. 10 g mol? 1| . 803 g/mL| - 126  °C| 97-98  °C| Acetone| 58. 08 g mol? 1| 0. 791 g cm? 3| - 93  °C| 56-57  °C,| NaOH| 39. 9971 g mol-1| 2. 13 g/cm3| 318  °C| 1388  °C| Phenolphthalein| 318. 2 g mol? 1| 1. 277 g cm? 3| 260  °C| NA| Experimental For section A, four clean test tubes were obtained and numbered 1-4. Five drops of every one of the accompanying reagents were added to the test tubes in numerical request: 2-bromo-2-methylpropane, 2-bromobutane, 1-bromobutane, 1-chlorobutane. Twenty drops of NaI in CH3)2CO were added to each test tube, the hour of the primary drop was recorded, and the cylinders were blended. The specific time of the main indication of shadiness in each test tube was noted. The specific time of the principal indication of precipitation was noted.If no response happened inside five minutes, the test tube was put in a warm water shower. No shading change was watched, just an adjustment in shadiness of the arrangements. For part B, the test tubes were washed with ethanol and afterward a similar measure of every alkyl halide was put into each test tube. Twenty drops of silver nitrate in ethanol was added to every one of the four test tubes, and the specific tim e that the principal drop was added to each test tube was noted. The specific time of the main indication of darkness in each test tube was noted. The specific time of the principal indication of precipitation was noted.If no response happened inside five minutes, the test tube was put in a warm water shower. No shading change was watched, just an adjustment in darkness of the arrangements. For part C, four clean test tubes were gained and numbered 1-4. 1 mL of 1:1 methanol and water was added to the primary test tube; 1mL of 1:1 blend of ethanol/water was added to the subsequent test tube; 1mL of 1:1 blend of 1-propanol/water was included the third test cylinder; and 1 mL of 1:1 blend of CH3)2CO/water was added to the fourth test tube. Three drops of . 5M NaOH and three drops of 1% phenolphthalein were added to each test tube.Three drops of 2-bromo-2-methylpropane were added to each test tube, and the specific time that the principal drop was added to each cylinder was noted. The c ylinders were twirled, and the vanishing of the pink shading was watched. The last shade of every arrangement was yellow. Results Table 2: Reaction times relating to SN2 responses, SN1 responses, and the dissolvable impacts on SN1 responses. Section A (SN2 response with NaI)| Time in seconds| 2-bromo-2-methylpropane| 97 seconds| 2-bromobutane| 95 seconds | 1-bromobutane| 71 seconds| 1-chlorobutane| 86. 7 seconds|Part B (SN1 response with AgNO3 in ethanol)| Time in seconds| 2-bromo-2-methylpropane| 34. 6 seconds| 2-bromobutane| 49 seconds| 1-bromobutane| 80 seconds| 1-chlorobutane| 905 seconds| Part C (Solvent impacts on SN1 response with. 5M NaOH and phenolphthalein)| Time in seconds| Methanol/water 1:1| 129 seconds| Ethanol/water 1:1| 97 seconds| Propanol/water 1:1| 93 seconds| Acetone/water 1:1| 90 seconds| Discussion In test A, the outcomes followed the pattern guessed for SN1 responses in the presentation. The primaries completed first, trailed by optional, and in conclusion ter tiary.The essential 1-bromobutane finished first, trailed by the essential 1-chlorobutane. The optional 2-bromobutane finished third, and the tertiary 2-bromo-2-methylpropane completed last. The 1-bromobutane completed before the 1-chlorobutane on the grounds that bromine was a superior leaving bunch than chlorine. This is on the grounds that bromine is greater and less electronegative than chlorine. Along these lines the bromine didn't shape as close of bonds with carbon as chlorine, and could all the more effectively leave the gathering. In explore B, the outcomes followed the pattern theorized for SN2 responses in the introduction.The tertiary completed first, trailed by auxiliary, trailed by the primaries. 1-bromo-1-methylpropane completed first on account of its tertiary nature. The optional 2-bromobutane completed second. The essential 1-bromobutane completed third, trailed by essential 1-chlorobutane. The rate-constraining development of the carbocation chose this example. Th e 1-bromobutane completed before the 1-chlorobutane in light of the fact that bromine was a superior leaving bunch than chlorine. In try C, the outcomes didn't follow the pattern theorized for the dissolvable impacts on the SN1 reaction.Methanol ought to have completed first, at that point ethanol, at that point propanol, and in conclusion CH3)2CO. The outcomes were the specific inverse; CH3)2CO completed first, at that point propanol, at that point ethanol, and ultimately methanol. The breaking points of the arrangements were liable for this outcome. The jugs containing the arrangements more likely than not been left open for a drawn out timeframe before use to permit vanishing. The CH3)2CO, propanol, and ethanol more likely than not been basically water, and accordingly completed sooner than methanol. The principal mistake related to try C. The outcomes were in reverse, and needed to have been because of the breaking points of the solutions.The arrangements that vanished the most before the trial completed speediest in view of the proportion of water to the particular arrangement. The blunder could have been adjusted by revamping the arrangements before lab. The subsequent blunder related to explore B. The test was performed twice in light of the fact that the test tubes were not washed with ethanol between employments. The utilization of water to wash the test tubes accelerated the responses since water was the best dissolvable for the SN1 responses. The utilization of ethanol to wash the test tubes had little impact

Rambling in the London Library

Rambling in the London Library Since I moved to London, I have been hearing quiet tales of the London Library. Nestled in the heart of a leafy square just a few streets from the bustle of Piccadilly Circus, the library hosts a million books, the overwhelming majority in the stacks and shelves that bear the weight of the hefty collection. It’s been a dream of mine to join for quite some time, but my persuasive introversion concerned me. What if I couldn’t work out how to check out books? What if I looked like a total dope wandering the aisles? What if, wait for it, I broke something, or got lost, and everyone looked me like I’m some sort of tragedy? Anxiety is hard, and that means doing new things is hard too. The other thing that set me to pause was the cost. The London Library is a private charity, so it’s sustained by the fees of its members. There’s a definite air of elitism about a library that’s not open access, but there’s a spreading dearth of even public libraries now. In my view, spending my money to maintain a brilliant resource that offers me a silent and inspiring working space is a fair deal. Not everyone can wander into the Library, but its collection is safe and protected for generations to come. I can’t know what the future holds, but at least I do know I’m trying my best to protect an immense resource. Last year I started writing my first novel and have been working on personal essays along the way with great input from my MA group at Birkbeck, University of London. Birkbeck of course has a library, and I’ve been in plenty of libraries around London. But the London Library kept calling, and eventually I booked a tour to see if it was really as delicious as it looked. Reader, it was. I made my way across Leicester Square and down Haymarket to the library on a sunny Wednesday afternoon to spend my lunch hour on a free tour before making any decisions. I stopped at reception to sign in for the delight ahead, and waited just a few minutes before a member of staff came to find me and lead me through the labyrinth. We started by walking through the main hall and entered the back stacks, floor after floor of narrow walkways and towering shelves, chock a block with books of every description, all carefully labelled and sectioned according to the library’s own filing system. I had asked to see books about bees on my trip, and was led directly to a lovely collection going back centuries. The flooring in the back stacks is grated, so with a quick look down you can see the floors beneath you- a somewhat exhilarating experience that might freak some people out. Me, all I could think of was how many books were beneath me, and how many more above. After the back stacks we moved into the centre part of the library at St James Building, to see the Reading Room (where even laptops are disallowed), with its ceiling height cases full of pages, and then to the Writers Room, with its hardy desks, golden lamps and giant window. I recall some elevator and stair magic and then saw the Members room on the top floor, with its places for phone calls and café for snacks, then down into the Central Stacks, six floors of endless routes through topics including Biography and Religion. At the bottom, we emerged near the Art Room, flooded with light and full of books and manuscripts that have absolutely no meaning to me as an art philistine, but there was no denying the peace and inspiration of the space. I finished my tour in the issue hall, my decision already made. Though I’ve joined the library only in the last month, and I’m still getting used to the place (and yes, getting lost) as well as occasionally turning a corner and finding something new that I didn’t know was there at all. The London Library is like the Narnia of books, where even dark corners hide big secrets. Rioters, what are your favourite libraries, and where are they?

Tesla Inc. History - Free Essay Example

Tesla Inc began in 2003 with a few brilliant engineers who wanted to eliminate the trade-offs to drive electric. Before Tesla, electric cars were slow and needed frequent recharging. These engineers believed you cant have your cake and eat it too. (Sergio, 2006). They developed the fastest car with zero emissions. They named the company Tesla after Nikola Tesla who developed the alternating current induction motor which later was the basis for the industrial revolution. (Saphir, 2016). Tesla was created by combining brand spanking new technologies using the ion lithium battery developed by AC Propulsion, a hobbyist company, who developed the tzero. That battery spawned a breakthrough in high speed and zero emissions cars. Martin Eberhard, a successful innovator, got divorced and wanted a fast sports car. Early on, Malcolm Smith, a product designer, who later became vice president, went for a test drive in the tzero with Eberhard. Eberhard said to Smith, Try and touch the dashboard (Baer, 2014,). Eberhard floored the car, and it leapt from 0 to 60 in 2.28 seconds. He was surprisingly thrown back into his seat and never touched the dashboard. The vision statement focuses on directional growth. Tesla wanted to build a multinational company that makes electric vehicles. The Mission is to to accelerate the worlds transition to sustainable energy, by making the electric cars affordable and desirable in the mass market. Elon Musk hand-picked the smartest employees. Another strength comes from the type of management. The team had vast experience with start-up companies. The CEO, Elon Musk, started SpaceX and PayPal. JB Straubel started Volacom. These start-ups all involve advanced technologies in new inventions. Tesla has excellent brand recognition. Consumer Reports claims that Tesla is comparable to other top auto brands in quality, design, value, and safety. US News listed the model S as the #1 of all large luxury cars made. As well as having excellent brand recognition, the company has strong sales growth. In just four years, sales went from 204.24 million to 4.05 billion. For the customer, the strength of the dealerships is in offering a unique shopping experience. The staff educates the customer about the technology of the electric car and helps them design the vehicle of their choice. Unfortunately, Tesla has a higher debt than many of its competitors. Becoming a mass producer of electric cars is an expensive revolution in transportation. For example, the two essential elements for the ion-lithium battery are cobalt and nickel and not limitless metals. A lot of the earths nickel is not of good enough quality for the electric battery (Shilling,2017). Tesla has solved its recharging infrastructure problem. Tesla needs to get the charge time down and to increase the availability of electricity. Tesla is expanding production by selling model 3 at half the price of the original (Saphir, 2016). This sedan is reasonably priced, and it is big enough to transport a family. More consumers are willing to invest in this sedan. Tesla created a global market for their cars. As of 2016, Tesla sold more cars internationally particularly in Asia and North-Western Europe. The States and the Federal government offer financial incentives to people who buy electric cars. This incentive boosts the numbers of customers for Tesla. Another opportunity for Tesla is to keep improving their technology. For example, Tesla has developed an autopilot program. By merging with other sustainable energy companies, like SolarCity, Tesla expands their control over the market. The threats that Tesla is facing arent any different from any other established companies vulnerabilities. The price of raw materials, such as ste el, aluminum, or lithium could increase. These certainly would cost Tesla, more to make the car which would affect the price to go up. Tesla Inc began in 2003 with a few brilliant engineers who wanted to eliminate the trade-offs to drive electric. Before Tesla, electric cars were slow and needed frequent recharging. These engineers believed you can have your cake and eat it too. (Sergio, 2006). They developed the fastest car with zero emissions. They named the company Tesla after Nikola Tesla who developed the alternating current induction motor which later was the basis for the industrial revolution. (Saphir, 2016). Tesla was created by combining brand spanking new technologies using the ion lithium battery developed by AC Propulsion, a hobbyist company, who developed the tzero. That battery spawned a breakthrough in high speed and zero emissions cars. Martin Eberhard, a successful innovator, got divorced and wanted a fast sports car. Early on, Malcolm Smith, a product designer, who later became vice president, went for a test drive in the tzero with Eberhard. Eberhard said to Smith, Try and touch the dashboard (Baer, 2014,). Eberhard floored the car, and it leapt from 0 to 60 in 2.28 seconds. He was surprisingly thrown back into his seat and never touched the dashboard. The vision statement focuses on directional growth. Tesla wanted to build a multinational company that makes electric vehicles. The Mission is to to accelerate the worlds transition to sustainable energy, by making the electric cars affordable and desirable in the mass market. Elon Musk hand-picked the smartest employees. Another strength comes from the type of management. The team had vast experience with start-up companies. The CEO, Elon Musk, started SpaceX and PayPal. JB Straubel started Volacom. These start-ups all involve advanced technologies in new inventions. Tesla has excellent brand recognition. Consumer Reports claims that Tesla is comparable to other top auto brands in quality, design, value, and safety. US News listed the model S as the #1 of all large luxury cars made. As well as having excellent brand recognition, the company has strong sales growth. In just four years, sales went from 204.24 million to 4.05 billion. For the customer, the strength of the dealerships is in offering a unique shopping experience. The staff educates the customer about the technology of the electric car and helps t hem design the vehicle of their choice. Unfortunately, Tesla has a higher debt than many of its competitors. Becoming a mass producer of electric cars is an expensive revolution in transportation. For example, the two essential elements for the ion-lithium battery are cobalt and nickel and not limitless metals. A lot of the earths nickel is not of good enough quality for the electric battery (Shilling,2017). Tesla has solved its recharging infrastructure problem. Tesla needs to get the charge time down and to increase the availability of electricity. Tesla is expanding production by selling model 3 at half the price of the original (Saphir, 2016). This sedan is reasonably priced, and it is big enough to transport a family. More consumers are willing to invest in this sedan. Tesla created a global market for their cars. As of 2016, Tesla sold more cars internationally particularly in Asia and North-Western Europe. The States and the Federal government offer financial incentives to people who buy electric cars. This incentive boosts the numbers of customers for Tesla. Another opportunity for Tesla is to keep improving their technology. For example, Tesla has developed an autopilot program. By merging with other sustainable energy companies, like SolarCity, Tesla expands their control over the market. The threats that Tesla is facing arent any different from any other established companies vulnerabilities. The price of raw materials, such as steel, aluminum, or lithium could increase. These certainly would cost Tesla, more to make the car which would affect the price to go up. References OKane, S. (2018, March 10). Teslas toughest competition ever was on display in Geneva. Retrieved from https://www.theverge.com/2018/3/10/17096608/tesla-jaguar-porsche-audi-evs-geneva-motor-show-2018 https://www.theverge.com/2018/3/10/17096608/tesla-jaguar-porsche-audi-evs-geneva-motor-show-2018 https://www.businessinsider.com/teslas-financial-problems-and-recovery-2013-2