...PREFACE: To The Evaluators Of My Training Program If we look at our surroundings, all the human beings would be wearing some cloth, most of which is woven. Today the average consumption of textile products per person per year is 6.7 Kg. The world population has crossed the six billion figure, so more than 40 million tons of fabric is utilized by the mankind of world each year. Indeed both consumption per person and population are increasing at a faster pace. Consumption per person is confidently expected to increase after December 2004, as WTO would eliminate the quota costs, import duties and other such tariffs. To be competitive in the textile market, the manufacturers of this industry will have to transfer this benefit of low cost to the customers, which in turn would encourage the customers to buy more. This process would yield economies of scale for the producers and thus the textile companies will achieve enormous growth. Pakistan has competitive edge over many other countries in the textile industry, so it will more focus and capitalize on this concern. This gives a view of future prospects of opportunities in textile and importance of textile products. More specifically the shade, look, handfeel of fabric and durability of shade are the crucial factors of concern for the textile customers (these factors are expected to gain more attention of customers in future). These factors are complied in dyeing processes. Kohinoor Dyeing Mills Ltd. (KDML) is involved in the...
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...thought and consideration has to be accounted for. First the vehicle has to be able to travel at least 175 miles in 10 hours, the first thing that should be noted is the gas mileage. There are no gas station in the dessert so it has to have a fuel efficient way of traveling. The next obstacle established in the challenge is the terrain the higher-quality graded dirt with winding rocky-mountain passes and a tunnel. So, there’s loose dirt mountains and a tunnel all things that can cause the vehicle to lose grip of it terrain, lose control of the direction it wishes to go and also one’s sense of direction as though the location is a dessert and everything better much looks the same for miles. The last major obstacle pointed out in the challenge is the various speed limits which in turn could hinder the time of arrival if too many mistakes are made during the race. With using a combination of speeds ranging from 5-50mph the driver would have to travel at the least 17.5 miles in one hour using those speed limits. The fallacy of considering the average speed posted in the challenge is that there could be lots of wind the day of the race that is one does not carefully drive could easily be blown of track driving on that loose dirt. Ways of preparing the vehicle for this race would be to if possible find shortcuts or detours that guide us around the dangerous obstacles and also help us to slim down our finishing time. Failures that are possible to completely take the vehicle out of the race...
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... For example, A could be going faster right now but at constant speed (aA = 0), while B is going slower now but has his gas pedal on (aB> 0), so B will overtake A soon. However, we really have no idea what the situation is, so without knowledge of the acceleration along with the velocity, we can’t predict anything. 12. They are certainly not always the same. Check Worksheet #2 for a good example: the girl going around the carousel has zero displacement and thus zero average velocity, but certainly went at a nonzero average speed as she went around the circle. 13. To her, the ball looks like it drops straight down, despite the train’s speed (vBT is the same as a normal falling ball). But to someone standing still on the earth outside, they see the ball moving in a curved parabolic path, as if it’s launched with an initial velocity of vBE = (175 mph, 0), because it’s “boosted” by the train. WP Answer Equation and quick explanation 14. 4.87 m/s2 v = v0 + at 15. 4.77 m/s v2 = v02 + 2aΔx 16. 4.35 m/s avg speed = total distance / total time 17. 4.4 m Use the projectile kinematics equations, with Δx = 48m to solve for t (it’s 2.44 seconds), then use t in the y equation to find Δy 18. a) v = v0 – gt Eq. 1 b) Δy = v0t – ½ gt2 Eq. 2 c) Δy = v02 / (2g) Eq. 3 19.1,116 m The goal is to find the total time Amy spends going 74 m/s while Bob is slowing down and speeding up. The easiest way to do this is with the average velocity equation, (v+v0) / 2 = Δx...
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...meters), or equivalently to move +8 meters from where he started. At 4 seconds, he will have a velocity of 4 m/s On the Position-Time graph, the line is a positive consistent rise. This is because his position is going in a positive direction as well as the time is going in a consistent positive direction. Explanation for graph’s appearance –after actually performing the activity. Velocity-Time Graph On the Velocity-Time graph, the line is straight across at 2 m/s because the velocity does not change because of the consistent speed of the man walking to the house. Since the velocity is constant the acceleration is zero. Explanation for graph’s appearance - after actually performing the activity. Acceleration –Time Graph On the Acceleration-Time graph, the line is flat and straight across at the 0 m/s line because the man does not accelerate. He just walks at a consistent pace to the house. This is called constant speed because there is no variation in his speed. Explanation for graph’s appearance - after actually performing the activity. The man is sleeping under the tree. When he wakes up he runs toward the house constantly...
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...before testing out their Brembo carbon ceramic brakes. Unofficially, the Hennessey Venom GT broke the production car speed record that day, however Guinness requires more loops to leap beyond being the fastest. To hold the title of fastest production car Guinness demands that more guidelines be followed. The car in question must have; at minimum; 30 models manufactured. The record keeper also requires the automaker to run the same straight forwards and backwards before using the average as the official record. Unfortunately, Hennessey will only ever assemble 29 Venom GTs, and the National Aeronautics and Space Administration (NASA) did...
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...Memo To: Attorney John Smith, Esquire From: Paralegal Re: Westen Vs. Jane Date: March 18, 2002 This memorandum follows your recent assignment where in you requested that I contact Mr. Mark Vision, who witnessed our client Mary Jane’s accident, and determine where Mr. Vision was in association with the accident, the approximate speed of the other vehicle, the weather conditions and any other information that would be useful in either shifting liability or alleging contributory negligence on the part of plaintiff/driver. Analysis of the Interview I contacted Mr. Mark Vision on March 4, 2002. He is an African American male, very tall with a slim build. He wore business casual clothes and he seemed a little nervous, but he was very respectful and well mannered. He was very forthcoming with all of the questions he was asked in the interview. He seemed very truthful and reliable and answered every question with a matter-of- fact attitude. He remembered the entire accident very vividly. He would make a favorable witness for our case, because he feels that Ms. Jane is not guilty. Mr. Vision advised me that he was on the way to work at his part-time job Saturday March 18, 2002. The reason he did not give a statement at the time of the accident, was because he is the Manager and had to be at the company early to let the other workers in and didn’t want to keep them waiting. But Mr. Vision did give the Police his contact information. It was raining that morning...
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...Measuring Speed Introduction: Speed is defined as the rate of change of position or the rate of motion. A rate is the ratio between two different quantities. Motion is described with respect to, or relative to, another object called a reference point or frame of reference. Usually the Earth is considered to be stationary and is often the frame of reference. Speed is a relative quantity that depends upon the frame of reference -- how an object is observed and measured. Average speed is total distance traveled divided by the total time traveled. average speed = total distance or speed = d where d is distance and t is time total time traveled t Another way to measure speed is called instantaneous speed. This type is one of the most common ways we measure speed. Instantaneous speed is the measurement of speed at a particular instant. Without the use of a measuring device called a speedometer, instantaneous speed is almost impossible to measure. When both speed and direction are specified for the motion the term velocity is used. In other words, velocity is speed in a particular direction. A person walking eastward at 1 km/h does not have the same velocity as a person walking northward at 1 km/h, even though their speeds are the same. Two persons also have different velocities if they walk in the same direction at different speeds or if they are turning. Calculating Speed Activity PROCEDURE Part A: Mark off your walking distance...
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...People should not speed because they will reduce the amount of car accidents, lower the risk of being approached by police and save money. The Basic Speed Law states that when an individual is operating a vehicle one is prohibited to drive at an unreasonable speed and may not endanger the safety of others. As a driver increases the speed of his vehicle so does the distance travelled during the driver’s reaction time and the distance needed to stop. A driver’s reaction time is how long it takes for the driver to notice any hazard and the time it takes for the driver to react to the hazard. On average it takes a driver 1.5 seconds to react to a risky situation while driving. Speeding increases the risk of losing control of the vehicle making it difficult for one to maneuver around turns. Speeding is directly related to the...
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...Unit 1 Assignment1: DARPA Challenge 1. How would you define this problem? What are the major problem components, and what obstacles do you foresee? -Finding a way to operate through an unknown course with no interaction by the builders. Weather, equipment failure and unknown terrain changes could all become obstacles that will hinder the ability to finish the race on time. 2. How fast do you need to go to complete the course in the allotted time? -An average speed of 17.5 MPH would be acceptable. Top speed should be somewhere around 50 MPH if conditions are good enough to do so. 3. What is the fallacy of considering the above average speed – what do you need to consider? -Exceeding above a nice steady speed of 17.5 MPH places more risks with unknown weather and road conditions. You would need to consider the forecast for the day and road conditions to match. 4. What strategies can you use to avoid obstacles -Radar, GPS, cameras to detect obstacles around the vehicle and Ladar. 5. What are some disadvantages of the route information you receive, in terms of the vehicle driving the route? -Not knowing the distance between 1 GPS location and the other, and not knowing if the coordinates given are going in a straight path or curving off to one side or the other. 6. What strategies can you use to prepare your vehicle for the route once you receive the information? -If possible the best thing to do would be to try and pre-determine what path the vehicle is taking...
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...Automobiles as we know them started in 1913 with Henry Ford establishing an assembly line to mass produce cars. (A&E Television Networks, LLC, 1996-2013) The First off the line, the “Model-T”, had 20 horsepower and a top speed of 40-45 miles per hour. (Frontenac Motor Company, 2012) Just 100 years later, the average horsepower in today’s cars is 300, and top speeds vary with some cars exceeding 200 miles per hour. With today’s advancements, computer technology companies are developing cars that drive themselves. (Wikipedia, 2013) The idea that in the future, all cars would be driver-less, and cars could be controlled by computers on a grid or super highways. (Wikipedia, 2013) Allowing computers to operate the cars could result safer, super highways where speed and distance would be controlled by the computers. The result would be a decrease in accidents, increased mobility for disabled drivers, and the possible removal of 112 Million intoxicated drivers from roadways. (Incisive Interactive Marketing LLC, 2013) Another benefit of computer operated cars and highways is efficiency. With computers maintaining distance between cars, they can operate those cars at higher speeds, delivering goods and people to destinations faster, even turning on alternative energy sources to power the cars such as battery or magnetic field technology. Driverless cars will double the efficiency of working parents allowing them to send the car for the kids. (Incisive Interactive Marketing...
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...wanted to buy one pair and could not decide which one of the two to buy. Subhash could see her trying one out, walking to the mirror and repeating the same with the other pair. Finally, after the customer service representative of that section had a small conversation with her, the girl happily marched to the till with one pair. Subhash walked back to his chair wondering how similar this incidence was to the situation he was in. He had interviewed three candidates in the last three days for the position of customer service representative. The three candidates did fulfill the basic requirements of the job and did seem to fulfill all the requirements mentioned in the job description. But he could not decide which one to select. There was no way he could try all the candidates out to choose like the girl did with her footwear! And then an idea struck him—'If someone could help that girl decide, I could also do with the advice from someone'. He sat in his chair and called his friend Meera, who was an HR Manager in a bank. ' Subhash: Are you free—can we talk for a few minutes? I need help (sounding desperate) Meera: Yes tell me! Subhash: I have to hire a customer service representative (CSR) for my store and I am confused. Meera: I understand—it's tricky at times—but you need to first tell me who a CSR is and what does he or she do? Subhash: A retail CSR or retail salesperson...
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...from a part and then dispense over to the other objects. Assume that dispense of the gum/glue is done automatically when it comes under the contact of the objects. For appropriate amount of glue to be applied, the robot should run at a constant speed of 200m/s during application. Before doing that the tip of the robot should be filled with glue at filling station/part. For this wait 10 seconds at the filling station and precautions should be taken so that the tip doesn’t get bend or brake while dipping the tip inside the object. Basic terminology Movie J – This command is used when the tip of the robot arm moves from one object to another in an undefined manner. The robot is designed in such a manner that it will try to take the shortest path possible to reach its destination. Move L – This command is used when the user wants the tip of the robot to follow a linear path. It’s specially used when the object tends to be more complicated or the user is taking some precautions from random movement of the tip normally when moving along the edges of the object. Move C – This code is used when the users wants the tip of the robot to move in a curve manner of the object. It is done in a way that three points are defined and then the tip of the robot assume that as a...
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...appointment to get a facial - it was a present from my parents for good grades. I rarely get such a treat so I was excited and I left extra early for the appointment. As I was driving to my appointment that morning I spotted a cop car behind me. I got nervous, but I knew I wasn’t doing anything wrong. I was going the speed limit of 30mph but the cop was tailgating me, so I sped up to 33mph and sure enough the cop pulled me over. I thought to myself that going three miles over the speed limit is hardly grounds for a speeding ticket. Two cops came up to my windows; one cop staring me down at my passenger side window; the other at my driver side window asking me for my license and registration. I was nervous but confident that I wasn’t doing anything illegal. The cop at my driver’s side window said to me, “Did you know your tinted license plate cover is illegal?” I told him no, I wasn’t nervous anymore but a little annoyed. I couldn’t believe I was getting pulled over for such a little thing. I was also hoping that I wasn’t going to get a ticket. So, I told him, “I’m sorry I’ll take them off when I get home.” He agreed with that and sent me on my way. I was relieved he didn’t give me a ticket, but I also never intended on taking them off my license plate. Why do they sell them if they’re illegal. They shouldn’t even be illegal. Plus, I was moving to Los Angeles from Orange County in a few months and I didn’t think it would matter much. Getting pulled over for...
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...Future Project A. A cop can help a fireman rapidly assess people’s needs by suggesting that the cops escort the fire truck to the location of the emergency. If people see the police with their sirens and lights on driving in front of a fire truck with its lights and sirens on, the drivers on the road would really move out the way. That would get the fireman to location faster. B. A cop could teach a fireman ways in understanding the severity of a call. Knowing what a real emergency is. A cat stuck in a tree is not as important as a forest of trees burning. C. D. E. F. A cop can teach a fireman to not count on your partner to always be there for you. Some people aren’t as strong or as fast as the next person, and some missions are for you only. Like getting a person out of a burning building that’s a one man job. G. A cop can teach a fireman crowd control because they have actual training for things like that. In the police academy, officers encounter similar situations and have the knowhow to settle down a riot. H. I. A cop can teach a fireman technique in remembering repeat offenders by just remembering the names they put in the computer. If the put it in so many times they will eventually be able to match a face with a name. J. A cop can teach a fireman how to be happy with your job buy jus telling themselves that today is going to be a good day. Police officers and firemen have their lives threatened every day. Cops could get shot...
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...1. This problem is hard to define because with today’s technology it would not be that difficult to complete. Major problem components would be not knowing the GPS way points, the RDDF, or the speed limits until two hours prior to the start. It will be a definite obstacle to make sure that during that two hour period that the information is correctly entered into the computer to guide the autonomous vehicle. 2. On average the vehicle would have to travel at seventeen and one half miles per hour (MPH). Although, at times that speed will have to be adjusted to a higher rate of speed for times when slower speeds are necessary. 3. Considerations for the average speed would be the narrow roads, the cliff drop off, as well as other landscape obstacles. Whenever possible, the speed would need to be adjusted to more than seventeen and one half miles per hour (MPH) to allow for the times that the average speed cannot be achieved. 4. Strategies to avoid obstacles would include large all terrain tires and a computer monitoring system which would include views of the outer vehicle. An over- ride system would be in place to allow a person to operate the vehicle, by remote, in case of emergency. 5. The disadvantages of this vehicle driving the route are numerous. This includes, but is not limited to, narrow roads, sharp turns, and dangerous cliff drop offs. The biggest disadvantage will be the loss of the GPS signal. 6. Strategies to prepare...
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