Competition in the Chinese Automobile Industry Essay Essay Example

Competition in the Chinese Automobile Industry Essay Essay There are many scientific innovations in our universe. Some of these innovations are even in the houses that we live in. There are innovations such as computing machine games. the microwave oven. and even the Moto vehicle. These innovations make our lives much easier but it destroys the universe every bit good. Everything and everyone gets harmed some manner by these innovations. Let’s start off with this. The computing machine is entertaining but yet unsafe to our eyes. Children of our universe love being on the computing machine. But they shouldn’t love it excessively much. because if you stare and are excessively near to the computing machine for far excessively long. your eyes begin to ache and you become changeable sighted. This is so because your encephalon decides that you don’t necessitate to be able to see things far off and merely see thing that are close to you. The computing machine is one of the best innovations because it helps you with a batch of things. Number one is work. It allows us to salvage all our of import papers and keeps them in a private file. The microwave oven. This is a machine that heats thing. We will write a custom essay sample on Competition in the Chinese Automobile Industry Essay specifically for you for only $16.38 $13.9/page Order now We will write a custom essay sample on Competition in the Chinese Automobile Industry Essay specifically for you FOR ONLY $16.38 $13.9/page Hire Writer We will write a custom essay sample on Competition in the Chinese Automobile Industry Essay specifically for you FOR ONLY $16.38 $13.9/page Hire Writer It’s great in places for when you want to heat nutrients. About 1/3 of the universe has one. I’ll say this ; micro-cook oven heats your nutrients but besides destroys your wellness. As the microwave heats up. it sends of radiation inside and out. Your nutrients become polluted with radiation and if you’re excessively close to it you every bit good. Who likes eating cold nutrient? I mean we all like nutrient Nices and hot. so we should hold a microwave oven in our houses. I personally can’t travel without a microwave. It one of my favourite scientific innovations. One of the most used scientific innovations would be the motor vehicle. Now this is superb! The motor vehicle or should I say. autos are really common to our modern twenty-four hours lives. EVERYBODY has one. Well if you have a licence of class. Now autos are a complex piece of machinery. It’s like you’re fundamentally keeping a to the full loaded gun. Almost every twenty-four hours there is an accident that occurs. We may non see it. but it happens. Peoples get greatly injured or even decease from auto accidents. On the positive side. autos do hold its advantages. Peoples use autos to transport themselves about. It takes you from one topographic point to another. Alternatively of holding to walk. you drive. Another thing about autos. it pollutes the air severely. This is so because autos give off a great trade of fume sometimes. This affects the nursery gases and even worse. the ozone bed. If the air is wholly contaminated people with die. Peoples that believe these machines are non good for our lives are slightly right but incorrect. I believe that it has made our lives truly easy and less complex. I think it has done admirations to the universe and we should all appreciate the advantage we get from this.

Role of Biology in Life

Role of Biology in Life Role of biology in lifeOur blue planet is the one where life exists. So when we mention "bio" we talk about life on earth. Hence we can say that biology is the study of living organisms. The fact that it is the study of animals and plants makes sense that it would affect a person's daily life. In fact, everything about biology affects our daily life. Biology is a "natural science of organisms, including their structure, function, growth, evolution, distribution" (Science Reference Biology, n.d.), and all body processes from eating, digesting, respiration, nervous system. Without the knowledge of biology we cannot understand the world around us. It explains how a simple life right from fungi to a huge animal comes from and what it needs to survive.The first thing that probably crosses the people's minds is the evolution of the species those exist on the earth that operates through the survival of the fittest or oxygen is necessary for life or some other similar study taught in biology class.English: Phylogeni of living organism. ÄÅ'esky: Fyl...This study is useful in summarizing statements about one of the most characteristic features of living organization: it has a very high degree of order. But "instead of calling up associations with biology in the classroom, we look around and try to describe life as we actually see it" . If one looks around, one would see that it is not just a predictable distribution of a particular element but rather an assortment of living things - an assortment that differs in each direction one looks. Hence it is true of any biological system: a cell, an organism, a group of organisms, in fact the whole universe is comprised of elements different from each other. Therefore, we can say that from the very small algae...

Strategy & Leadership Essay Example | Topics and Well Written Essays - 1500 words

Strategy & Leadership - Essay Example out sustained market researches and obtain appropriate information about the market key among the marketing features investigated in such researches includes the patterns of supply and demand. General Motors acquired Fisher Brothers in a strategic move that would not only increase the company’s market share but also reduce its cost of doing business as discussed in the essay below. Casadesus (1999) state that General motors formed a merger with Fisher Bodies in 1919 in order to increase coordination between two businesses. Through the merger, General Motors would obtain sufficient supply of auto bodies and innovative annual change of car models from Fisher Brothers a company that specialized in the manufacture of coach bodies. This would decrease the cost of manufacture by cutting the cost and time spent in manufacturing the bodies. In business context, a merger refers to a union between two companies that seek to mobile their resources and therefore share their profits depending on the agreement existing between the two parties. In 1919, General Motors bought 60% of Fisher Brothers implying that Fisher Brother controlled the remaining 40%. The vertical integration through the merger resulted in increased profitability owing to the production efficiency that resulted from the union of the two companies a feature that compiled General Motors to purchase the re maining 40% by 1925 thereby acquiring complete control of Fisher Brothers. The change that occurred at General Motors when the company merged with Fisher Brothers was vertical owing to the financial might that General Motors exhibited. Vertical integration implies that General Motors obtain a larger stake of Fisher Brothers at the beginning (Freeland, 2000). This way, the company retained major control of the operations at the company thus influencing production. Within the first four years the partnership, the cars manufactured by General Motors retained the emblem of Fisher Brother on their bodies.

Business venture to enter the UK supermarket market Coursework

Business venture to enter the UK supermarket market - Coursework Example As per initial estimates, the cost of setting up the new store to operational status will be ?20,000,000 and the company's cost of capital has been estimated at 5%. In order to bridge the financing gap between the project cost and the company's internal funds, a long term bank loan has been arranged. The following tables outlines the expected free cash flows that the company is expected to obtain from operations: Free Cash Flows Time line Years 1 - 3 Years 4 - 8 Year 8 onwards Yearly breakdown Receive ?1,000,000 for 3 years Grow @ 10% per year Grow @ 2% per year Aggregate amount ?3,000,000 ?5,105,100 ?73,205,000 Discounted to t = 0 ?56,158,034 After taking into consideration the initial outlay of ?20,000,000, the NPV of the project is ?36,158,034. This indicates that the business proposition of entering the UK grocery market is a financially viable and will lead to positive returns in the future. 2.2 Payback Criterion Payback criterion is used to calculate the time it takes for the c ash inflows of the project to offset the cash outflows and provide an estimate of the time it will take to recover an investment. Provided the maximum loan term tenor granted is ten years, the payback criterion gives us a time line of 14.47 years, which translates into a minimum repayment period of 14 years and 6 months. This is conditional on the yearly free cash flows being used in their entirety to fund the loan repayment. Therefore, despite the profitability of the project, the proposed means of financing is not ideal for such a project where the returns are mainly realized in the long term. 3. Key Risks and Mitigants 3.1 Loan Repayments As mentioned above, the payback period for the loan exceeds the maximum tenor available. As a possible solution, the... As mentioned above, the payback period for the loan exceeds the maximum tenor available. As a possible solution, the company can enter into a loan guarantee contract, whereby repayments are guaranteed by a third party. There will be a commission charged for this service, but provided that the company might be in need of future term loan arrangements, it is imperative that the loan repayments are made on schedule to avoid a negative impact on the company's credit history. Following upon the risk of taking out a loan to finance the business venture, there is the possibility of interest rate risk affecting the project. Given the uncertain and volatile nature of the current financial markets, changes in interest rates can affect the mark up payments the company will have to make, inadvertently affecting the cost of capital of the company. One way to offset this risk includes taking out a call option on the interest rate. This option will effectively put an upper cap on interest rate volatility and going forward will limit the losses accruing to the company resulting from a sudden rise in interest rates. Asdy will be operating in an industry which is highly susceptible to inflation risk, or risk owing to the rise in prices of retail products. Unexpected increase in inflation can have an impact on the dynamics of the UK consumer spending and affect the future cash inflows for the company.

Questions Assignment Example | Topics and Well Written Essays - 2000 words

Questions - Assignment Example Moreover, sub-division of goods was necessary without which the barter system could not take place (Suri, Budhiraja and Rajput 2005). Some of the other problems associated with barter system were in storing the materials that would be used for exchange. Since they were in material forms, they required enough spaces, for example materials like rice, grains, etc. Facilities of credit could not be made available in this system. Also, difficulty was faced in transferring the goods and products from one place to another (Suri, Budhiraja and Rajput 2005). In a barter system, even when the number of commodities would be few, the exchange rates for different products and goods became burdensome (Thomas 2005). The establishment of the monetary system has improved upon the barter system owing to different reasons. The barter system has proved to be a system that caused inconvenience for the reasons mentioned above. With all its associated difficulties, the scope and scale of trade became limit ed with use of a barter system. The monetary economy eliminated such difficulties. Money could be used for the purchase of products where the value of the goods could be measured and monetary payments done accordingly. In the monetary system, thus goods are exchanged with money. ... With the new system, the economy of the world could be seen to specialize with higher levels of labor divisions as well. While in the barter system only tangible assets could be used for economy; in the monetary economy, money could be included in the list of assets of any individual. Thus savings is possible to be achieved more in the monetary economic system, where investments can be made with the money depending on need and time. With the monetary economy in place, problems with consumption and distribution have been found to be solved, leading to better investment measures in the economy as well (Kolars et al 2013). Thus it can be said that the establishment of monetary economy has improved upon the previous barter economy. Solution 2: Considering the introduction of money in the economic system of the world, all forms of money are actually incorporated. Thus money could be in the form of anything, any goods or products having some intrinsic value, or that which might not have an y intrinsic value (Karimzadi 2012). Money does not possess any inherent value of its own. It is valuable because people are in needed, while its supply is limited. Goods and products are the most essential factors in the economy. Money is essential as it allows to purchase or sale such needed goods and products. However, the value of money gets affected or influenced depending on factors like inflation that severely affects trade and business activities and people tend to react badly in such situations. Increase in supply of money leads to conditions like inflation in an economy, resulting to increase in prices of goods and products. Hence, essentially the value of

Differentiate Between Stress And Strain Engineering Essay

Differentiate Between Stress And Strain Engineering Essay When stretching a material, the length changes and the strain become positive. More strain means that more stress to the object once compress. When the material is compressed, the length changes and strain becomes negative. This obeys to the law of the stresses where go together with these strains, tensile stresses being positive and compressive stresses negative. http://studentweb.usq.edu.au/home/w0036795/etassgn_4/images_unit02/unit2_image36.gif Figure above shows the relationship between stress and stain as the stress is directly proportional to strain. There is a relationship where the force applied and the object changing in physical shape. It has revealed that the elastic behavior can be defined thru some relations with the form that the physical state changes is small in related to the original. This relationship can defined as Hookes Law ( F = -kx) Question 2 Pyrometer is used for measuring temperature. Discuss in details four principal techniques for the measurement of temperature. State the typical applications of different types of pyrometers A pyrometer used to measures heat from an object which has visible in bright or radiant. Pyrometers consider as thermometers where scientists use it to define the heat and heat type given out from an object. The critical variation between a pyrometer and other types of thermometers is the radiant levels on or after the heated objects are typically far too hot for interaction. That is why pyrometers have visual scanners that measure the heat. Four principal techniques for measurement of temperature. IR Pyrometers for Surface Temperatures The spectrum lies at wavelengths longer than light however shorter than microwaves or measuring system. IR pyrometers usually operate with wavelengths from two to twenty microns, reckoning on the material being measured. Plancks law states that the emissive power of a black body contains a spectral distribution reliant on the body temperature. This can be a well-known matter, thus there are numerous strategies to avoid this matter with variable target emissivity. IR Gas Temperature Pyrometers IR pyrometer functional at a wavelength consistent to the combustion emitted products, such as CO2 gas radiation (at 4.26 or 4.5 microns) can measure average gas temperature. This method needs gas to be combusted, meanwhile air not having a sturdy IR emission peaks. All fossil fuels produce CO2 after when it burnt, so this method is appropriate to oil and propane fired furnaces, but not for electrically heated furnaces. The temperature of the gas stately is the radiation temperature of the CO2 gases in the field of view of the lens, so choice of lens and placement is significant. 2 IR pyrometers must be located on opposite sides of the furnace to portion this temperature inhomogeneity. Whatever that blocks the assessment of the lens (as soot or dust), air penetration (less CO2 to measure temperatures) or huge differences in gas temperature with time can create the average temperature signal too strident to use straight in a control system. ACOUSTIC PYROMETERS Acoustic pyrometers is a method where used to measure the temperature of gases created on the temperature reliance of the speed of sound. The speed of sound diverges through the square root of the total gas temperature. This method stretches an average temperature completed an identified path length if the gas composition is identified and continuous. Guileless acoustical pyrometry uses the time of flight statistics for the leading wave front to reach the receiver. This is suitable on behalf of an average gas temperature for one path. The wavelengths may exist to be enormous, for instance, presumptuous a sound velocity of 880 m/s at a frequency of 500 Hz stretches a wavelength of 1.8 m. Ruptures of air can remain the basis of sound, giving an informal to connect, low-maintenance instrument. Numerous paths can be selected, which can be examined to provide 2D isothermal maps of furnace temperature problematic to crop by other resources for gas temperatures of 1650Â °C. Advantages of a coustical pyrometry embrace modest and rough equipment for industrial environments, numerous paths subsequently a single transmitter for a least amount of holes in the furnace walls for 2D temperature mapping, low operating costs and proven technology. Suction pyrometers Suction pyrometers are a method where suction is used to appeal the hot combustion gases past a thermocouple at a great velocity to decrease the fault in gas temperature measurements. Radiation shields reduce the thermal effects of radiation. Suction pyrometers are still the best industrial apparatuses for measuring combustion gas temperatures, for instance, they are used for impermanent gas temperature measurements at a specific position or for calibration of other temperature measurement apparatus. The micro suction pyrometer has been established to evade countless of the disadvantages of the suction pyrometer. Main disadvantages with micro suction pyrometers comprise their lesser accurateness and additional brittle construction comparative to conservative suction pyrometers. Types of pyrometers Broadband Pyrometer The broadband pyrometer is used to record the broadband wavelengths of radiation, typically about 0.3 microns. However furthermost repeatedly used, they can have big mistakes in readings. Subsequently they are merely registering a minor quantity of an object heat. Everything from water vapor to dust can produce a reading error. Optical Pyrometers An optical pyrometer let a scientist to observe heat though all pyrometers are optical in the sense they can recite an objects heat from a distance. An optical pyrometer is used to measures the heat infrared wavelengths and straight displays the manipulator the object heat distribution. Additional pyrometers typically have a screen to shows the results of an optical scan. An optical pyrometer can act lie a telescope where the scientists can look over a lens and see the infrared wavelengths of an object. Optical pyrometers are one of the oldest pyrometer types and are able to see the wavelength levels up to 0.65 microns. Radiation Pyrometer A radiation pyrometer is used to determine pure radiation wavelengths. The device contains an optical scanner that can perceive 0.7 to 20 microns on the range of wavelength, the overall range for radioactive heat. The optical scanner lightens the burden of scientists in measuring the radiation levels without putting the pyrometer up to the object, where it can endanger the person in charge to expose to radiation. Question 3 Draw the functional block diagram of Electrocardiography (ECG) machines and explain each in details. From the functional block diagram, answer the following: 1. What (electrically) is being measured? 2. How is the electrical signal capture? What is the sensor? How does it work? Draw a complete circuit to represent the functional block diagram What is ECG? An electrocardiogram or ECG is used to measure and analyzed electrical recording of the heart and even used to investigate heart disease. British physiologist Augustus D. Waller is the creator of electrocardiography and published the first human electrocardiogram in the year 1887. Dutch physiologist Willem Einthoven, who transformed this inquisitive physiologic phenomenon into a crucial clinical recording device, was awarded a Nobel prize in medicine. Block diagram of ECG http://edge.rit.edu/content/OldEDGE/public/Archives/P05903/WebsitePics/ECGsetup.JPG When the heart depolarizes, its suitable (and quite precise) to denote the electrical activity as a dipole which a vector between two point charges. A vector has both a size (magnitude), and a direction. The potential diverges around the volume conductor. This applies to all intra-cardiac events, so the vector (or axis) for P waves, the QRS complex, T waves, and so on. https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjTmU3XE3hQtg3YCLEzNO1ws3o67QG9pnFj8G3DmW4tpwIfyi9_bYowLrl-DcDxzFj3Ji5wepOllELWWS__QOIRFEvqc-NysT5PvrwOArTHoX7XLsHdlp3SoTwJvgPYutIvUfpgj1xldqQ/s1600/3-lead_ecg-signal+measurement.jpg The electrocardiogram, or ECG is a surface measurement of the electrical potential produced by electrical action in cardiac tissue. Current flow in ion form and signals shrinkage of cardiac muscle fibers foremost to the hearts pumping activity. The human heart can also be considered as a large muscle where the beating is just contraction of muscles. Consequently contractions of the heart create a potential. The measurement of the potential created by cardiac muscle is called as electrocardiology. Types of electric is being measured a) Bipolar leads: The position point located on one limb, the `sensing electrode can be on another limb. The leads are mark as I, II, and III. b) Unipolar leads: The position point located in some leads that joined together, and the sensing lead is located on one limb. These leads are predictably increased, in that the position lead on the limb sensed is disconnected from the other two. c) The V leads : The position where lengthen across the precordium, V1 in the fourth right interspace, V2 4th left, V4 at the apex (5th interspace, midclavicular line), V3 halfway in between V2 and V4, and V5 V6 in the 5th interspace at the anterior and mid axillary lines correspondingly. These electrode leads are usually connected to potential differences devices between selected electrodes to create the specific ECG tracings. Majority of the ECG leads are bipolar leads (e.g., standard limb leads) that apply a single positive and a single negative electrode amongst which electrical potentials are measured. Unipolar leads (augmented leads and chest leads) consist os single positive recording electrode and apply a blend of the other electrodes to assist as a merged negative electrode. Typically, once an ECG is recorded, all leads are recorded instantaneously, normally called as 12-lead ECG. How is the electrical signal capture? What is the sensor? How does it work? Cardiac electrical potential wave forms (voltages created through the heart as its chambers contract) are measured by the PASCO CI-6539A EKG (Electrocardiogram) Sensor. The sensor contains of the electronics box by a cable for connecting to the PASCO computer interface through a five pin DIN analog connector. 3 electrode leads pass in the electronics box on the side opposite the cable that assigns to the interface. The sensor signal is conveyed from side to side an opto-isloation circuit. An isolation transformer is used to transfer the sensors power. Question 5 Explain in detail idea of industrial voltage to frequency converters and frequency to voltage converters using an operational amplifier. Voltage to frequency converter The voltage-to-frequency converter is a converter which delivers an output frequency precisely relative to its input voltage. The digital open-collector frequency output is well-matched through all mutual logic families. Its adding input features give the VFC32 outstanding noise resistance and small nonlinearity. Complete output frequency is determined by an exterior capacitor and resistor. Open-collector logic output is gain from the frequency output terminal. A pull-up resistor is typically connected to a 5V logic supply to generate normal logic-level pulses. Though, it connected to some power supply (+VCC). Production pulses obligate a continuous period and positive-going throughout the oneshot period. Current flowing in the open-collector output transistor proceeds by the common terminal. The terminal must be linked to logic ground. Frequency to voltage conversion The capacitive-coupled response network C3, R6 and R7 let typical 5V logic levels to activate the comparator input. The comparator causes the one-shot on the dropping control of the frequency input pulses. Beginning voltage of the comparator is about -0.7V. 5V logic levels having less waveform for frequency input, the comparator is activated by regulating the voltage divider of R6/R7 to a lower voltage. C2 smoothens the output voltage waveform. Greater values of C2 decrease the wrinkle in the output voltage. Lesser values of C2 let the output voltage to resolve quicker in response to a modification in input frequency. Resistor R1 can be pared to attain the preferred output voltage at the complete input frequency. The signal response current is equivalent to VIN/R1. This current is combined by response op amp and C2, creating a descending ramping integrator output voltage. Once the integrator output slopes to the verge of the comparator, the one-shot is activated. The 1mA reference cu rrent is swapped to the integrator input throughout the one-shot length, producing the integrator production ramp rising. Subsequently the one-shot period, the integrator again ramps descending. The fluctuation procedure forces a long-term stability of charge (or average current) between the input signal current and the reference current. Question 6 Describe the purpose and basic operation principle of differential pressure flow meters. Differentiate between orifice plate, venturi, nozzle and pitot tube. Differential pressure flow meters It is the control of fluid flow rate by interpretation the pressure loss thru a pipe restriction is possibly the greatest where usually used flow measurement method in industrialized uses (Figure 2-1). The descent of pressure created by a extensive variability of geometrical restrictions have been well considered over the years. These primary or head flow elements originate in a extensive diversity of configurations, all with exact application assets and flaws. Differences on the refrain of differential pressure (d/p) flow measurement http://www.omega.com/literature/transactions/volume4/images/07_Fig_01_l.GIF Orifice plates http://www.omega.com/literature/transactions/volume4/images/07_Fig_04_l.GIF In clean liquid, gas, and steam service, orifice plates are generally used. It is obtainable for entirely pipe sizes, very economical for gauging flows in bigger pipes (over 6 diameter). Numerous standards organizations permitted the orifice plates as is used for the supervision the transfer of liquids and gases. The orifice flow calculations used today still fluctuate from each other, though the numerous standards organizations are operational to accept a solitary, generally accepted orifice flow calculation. User can select the flow equation thru orifice sizing program. Even though it is a modest device, the orifice plate can be considered as a precision instrument. Orifice plates are fairly sensitive to a change of error-inducing situations. Precision in the drag controls, the excellence of the connection, and the state of the plate itself regulate the routine. Installation influences embrace tap position and state, form of the process pipe, capability of straight pipe innings, ga sket intrusion, misalignment of pipe and orifice drags, and lead line design. Other adverse conditions comprise the corrosion or erosion of the pipes, dirt, and grease or secondary phase deposits on either orifice surface. http://www.omega.com/literature/transactions/volume4/images/07_Fig_06_l.GIF Venture tube http://www.omega.com/literature/transactions/volume4/images/07_Fig_07_l.GIF The venturi tubes is quite expensive, so they are mainly used for greater flows or on further tough or difficult flow applications. Venturis are not sensitive to velocity outline properties and consequently need fewer straight pipe run than an orifice. The character of scrubbing act of the flow through the tube creates the device resistant to corrosion, erosion, and interior scale build up. Due to high initial cost, the owner still is promising as the savings in fitting and functioning and maintenance costs. Flow element is long which considered by a narrowing inlet and a deviating outlet. The entrance is used to determine the inlet pressure, while the throat section is to measure the static pressure. The pressure taps nourish into a joint annular chamber, as long as an average pressure analysis over the whole perimeter of the element. The venturi is partial in its use to clean, non-corrosive liquids and gases. The great instability and the absence of holes in which material can gath er create flow tubes well suitable for slurry and mud services. But, maintenance costs can be high if air removal cant stop persisting of the pressure taps and lead lines. Plunger-like devices (vent cleaners) can be connected to occasionally eliminate accumulation from interior openings, even though the meter is online. Flow nozzle http://www.omega.com/literature/transactions/volume4/images/07_Fig_09_l.GIF The flow nozzle can be said it is more stable than the orifice plate, mainly in greater or higher temperature and higher velocity services as compared to orifice plates. It used to determine high flow rates of superheated vapor. The flow nozzle also having a better flow capacity than the orifice plate and needs a lesser first investment than a venturi tube, but also delivers lesser pressure recovery. A main disadvantage of the nozzle is that it is harder to change than the orifice except it can be detached as part of a spool unit. Flow nozzles preserve their accuracy for long periods, even in tough service. Flow nozzles can be very accurate way to determine gas flows. As soon as the gas velocity influences the speed of sound in the throat, the velocity cant surge any more and a overcome flow condition is extended. Pitot Tubes http://www.omega.com/literature/transactions/volume4/images/07_Fig.12_l.GIF Pitot tube is one of the simple in design flow sensors where it is used to measure varied range of flow measurement applications. Normally, it is used in air speed in racing cars and air force fighter jets. Pitot tubes also used to analyze air flow in pipes, ducts, and stacks, and liquid flow in pipes, weirs, and open channels in industrial applications. The accuracy and range capability are moderately low, while pitot tubes are modest, dependable, low-cost, and suitable for a diversity of environmental situations, plus tremendously high temperatures and a wide range of pressures.

Essay --

Explaining Consciousness Provides Physicalism With Challenges That Place Limits On Scientific Knowledge, And What It Can Uncover About Consciousness Consciousness is one of those topics that are in the position of trying to understand one’s own organism with one’s own organism. The topic of consciousness is so elusive that it mirrors child hood games of trying to catch your own shadow. In the World of philosophy, discerning the truth about consciousness is no childish game. Materialist J.J.C Smart and philosopher Thomas Nagel agree that qualia exist, but are diametrically opposed when it comes to what consciousness is. In this paper I will argue for Nagel’s point of view that consciousness falls outside the nucleus of scientific explanation. Physicalism cannot objectively uncover consciousness using scientific methods because consciousness cannot be reduced to material parts. If Smart’s reductionist view points were correct, where as physics can explain all there is to know about everything in the universe, then why does consciousness seem to evade physical laws of investigation? Explaining consciousn ess provides physicalism with challenges that place limits on scientific knowledge, and what it can uncover about consciousness. J.J.C Smart proposes that a scientific explanation of consciousness must fall with in universal physical laws. Furthermore, if science could not explain consciousness within scientific laws, than we would have a problem called a nomological dangler. For Smart, this is unbelievable. It would seem that this move by Smart is one based on scientific bias. The nature of consciousness rests in the experience of the first person account, and if philosophy of mind is to have a complete scientific knowledge of the... ...the sense that they are easily detectable. Physically looking for something that does not have a physical structure is like trying to get rid of the left by going to the right side. Ultimately, science is looking in the wrong direction because it cannot by default take into consideration first person quotes. In conclusion, it is very difficult to come up with scientific solutions to the problem of consciousness. Science may never be able to solve the mysteries of qualia. New methods might need to be introduced to uncover personal experience that lie far off in the future. Philosophers will just need to continue in their search for a complete theory of a science of mind. In addition, humility within the sciences may go along way towards an understanding of consciousness. â€Å" We do not know what consciousness means outside the frame of personality†- Albert Einstein