Unique Selling Point Lab Report

As the world grows more socially responsible, there has been a shift towards eco-friendly transportation, such as electric cars or commuter bikes. Taking advantage of this growing segment, our marketing department has decided to move forward with an innovative commuter bike, entering markets in urban areas with high commuting populations. In doing so, we hope to gain the most we can from data and feedback while minimizing cost, time consumption, and competition. In this stage of the new product development process, the shift from product development to test marketing is extremely important. This step requires large amounts of time, money, and analysis, which is why it is essential to weigh the advantages versus the disadvantages.

Analyze results – Assume that your experiment produces results identical to those seen in Table 4, what type of graph would be appropriate for displaying the data and why?

The results of this lab helped determine which tools are best to measure different objects. In Station 1, a yellow metric ruler, an orange metric ruler, a wooden ruler, and a measuring tape was used. The tool with the highest degree certainty was the orange metric ruler. This is because the orange ruler had tick marks for each 10th(0.1). The tool with the lowest degree of certainty was the measuring tape because it kept moving and it was difficult to keep it straight. For Station 2, a wall clock, a digital stopwatch, and a timer was used. The tool that had the most accurate measurement was the digital stopwatch because it measured into the 10th(0.1) place automatically. The tool that was least accurate was the wall clock because

Pi is an irrational number that represents the ratio of a circle’s circumference to its diameter. In the Mile of Pi, Numberphile printed out the first million digits of Pi in a continuous long piece of paper, which stretched for over a mile. They printed out pi and rolled it out for one mile to show that there are cycles of repeating sequences within pi and that every number does not appear evenly. Brady Haran also presents some interesting things that could be found along the way. He points out the Feynman Point which has the number 9 repeated six times. He also pointed out the point where Akira Haraguchi (known for memorizing the most digits of pi) memorized up to. When they reached the end of the mile long paper, the last digit was 1 in

The shape of a graph of an object moving with uniform motion is linear, meaning with a straight line and a constant slope. Since, uniform motion means that the speed is constant and the object is moving in the same direction, the graph will have linear data and its constant slope can be represented with a line of best fit. In other words, the speed and the direction of the object remain the same for all of the motion that the object does, which determines the shape of a graph with an object moving uniformly. The results of uniform motion are represented by a line of best fit on this graph as the motion is in a straight line and the line

The number pi is unusual, never ending and most importantly, irrational. In the Life of Pi, Piscine and the narrator himself narrates the extraordinary story of how Pi survived on a lifeboat with a Bengal tiger on the Pacific Ocean. The number pi is about 22/7 and ironically Pi is all alone for 227 days. Throughout this story one important factor is his name; Pi. There are some significance to his unusual name.

Pi is an American movie produced in 1998 directed by Darren Aronofsky, who wrote the film as well. The surrealist psychological movie was written based on the mathematical constant pi. Even the cover photo has a symbol of the Pi, which gives it a mathematical approach. Notably the film has covered various themes through the mathematical concept especially on how the universe relates with mathematics. Religion and mysticism are other themes focused on in the movie.

In the first part of the lab I had to take measurements of three small objects by using a ruler and a vernier caliper. First I drew a table with 3 columns titled table 1: small things the first column was for putting the three items I took measurements of (wich where a coin, a dice, and an eraser). The last 2 were under a main header called measurements one was to put the measurements of the object by using the vernier caliper. And the second was to put the measurements that were found

Almost everyone knows that “Pi” ( ) refers to the number 3.14. The exact number is said to be 3.141592653… and so on. Researchers have studied that Pi is used to find the ratio between a circle’s circumference and diameter. Although no one knows who actually discovered Pi, it has been said that it was originally hunted by the Babylonians and Egyptians roughly 4,000 years ago. A famous Egyptian piece of papyrus gives us another ancient estimation for Pi dated around 1650 BC. Some resources suggest that Pi was discovered by making a big circle, then measured both the circumference and diameter with a piece of rope. Pi has been seen in the Old Testament of the Bible. Scientists have said that Pi is far more than just a mathematical number,

During this experiment I ran into two major problems which could have been improved. Firstly I had trouble measuring one hundred percent accurately since I did not have the right equipment to do so. The next time I attempt this experiment I will invest in appropriate equipment to help the accuracy of my results. Secondly I found it hard to perform this task in a messy environment which made me understand the ‘messy room, messy mind’

Although many historians think they have the right answer, they don't . There are no records of an exact way Pi was invented , perhaps on accident like many inventions ? All that we know that is entirely true is that the hunt for pi was initiated by the Babylonians and the Egyptians nearly 4,000 years ago.

rnott‟s brand uses colourful, musical and fast ads to promote the Tiny Teddy biscuits. The 2009 IGA/ Arnott‟s promotion consisted of buying 2 Arnott‟s Tiny Teddy to enter a price withdrawal of $100, 000 (Lottos 2011). This promotion was

Overall Accuracy of data should be identified by how close the Actual distances are to the estimated data. In terms of the linear regression graph indicates a Coefficient of determination R2= 0.8788. Which means that 87% percent of the variance in the estimated variables is predicted by the Actual variables. Furthermore, the Correlation Coefficient indicates a strong relationship (r= 0.9374) between the two variables. In other words, the linear regression indicates that there is strong

My product’s value proposition is due to several advantages my product offers. First off, my product is unique. There is nothing else like it. Six months after using the highlighter, the color fades by using a certain chemical in the ink and it leaves the book looking untouched. This is great for college students whose courses are normally only a semester long. This leaves the textbooks reusable and resalable. My product is great for college students because renting textbooks is the most common way students get them. With my product, students do not have to worry about ruining their textbooks and can still study everything they need to with the help of this efficient highlighter. The cost of my product would be reasonable for college students as well, most likely ranging from $3.00-$4.00, similar to my competitor, Sharpie; although, Sharpie’s pricing can range a little more on the high side for office supplies. My product; however, offers a feature that my competitor’s does not, which is the color fading in six months. My product and my competitor’s product offer some similar value proposition, but not nearly the same. Both of our products are offered at reasonable prices and serve the same purpose, to make information pop out so the user remembers whatever he or she highlighted. My competitor does have an advantage over my product in which their brand name is already well known to the public and is known to be trustworthy. Although my product is new and lacks this

---The 3M Company, formerly known as the Minnesota Mining and Manufacturing Company, is an American multinational conglomerate corporation based in St. Paul, Minnesota. 3M headquarters are in the St. Paul suburb of Maplewood, Minnesota.