Carl Friedrich Gauss is revered as a very important man in the world of mathematicians. The discoveries he completed while he was alive contributed to many areas of mathematics like geometry, statistics, number theory, statistics, and more. Gauss was an extremely brilliant mathematician and that is precisely why he is remembered all through today. Although Gauss left many contributions in each of the aforementioned fields, two of his discoveries in the fields of mathematics and astronomy seem to
SAT Scores vs. Acceptance Rates The experiment must fulfill two goals: (1) to produce a professional report of your experiment, and (2) to show your understanding of the topics related to least squares regression as described in Moore & McCabe, Chapter 2. In this experiment, I will determine whether or not there is a relationship between average SAT scores of incoming freshmen versus the acceptance rate of applicants at top universities in the country. The cases being used are 12 of the very best
ee, searching for a ‘perfect’ love has never mattered to me. It’s never been about someone who would match this silly list of criteria or be exactly who I always dreamed of. I haven’t spent my life wishing for a prince or a man to save me. I haven’t hoped that I’d find this ideal man who could have all the answers and never leave me wondering. I don’t want perfect, I just want you. You, with your brokenness and bad habits. You, with the tendency to raise your voice and your strong, calloused hands
Methodology 4.1 Iterative Least Square for GPS navigation This chapter describes an experimental of using Iterative Least Square (ILS) with the application of GPS navigation base on Matlab programming software. The psuedorange and satellite position of a GPS receiver at fix location for a period of 812 seconds is provided. The following is a brief illustration of the principles of GPS. For more information see previous chapter. The Global positioning System (GPS) is a satellite-base navigation system
Bivariate Relationships Problem: I am going to investigate if there is a relationship between the (explanatory variable) sampling height (cm) and the (response variable) height of the crown of the saplings (cm) that is measured from the base of the crown. Based from the data from study plots of either 1.5 hectares or 2.25 hectares in the Waitutu forest. Trees were randomly selected within the plots and measured during the summer. The plots were selected to be a representative sample of the vegetation
ANALYSIS Coefficient Correlation Analysis The first analysis is by using Ordinary Least Square (OLS) test to measure the relationship of entire variables. The test is to find the function which most closely approximates the data. Thus, in general terms, it is an approach to fitting a model to the observed data. The details information regarding the variables is shown in table 4.1 and table 4.2 shows the least square test that measures all the variables. Variables Description LGP Log Gold Price (MYR/oz)
Counting Squares Method The first method I will use to find the area is the counting squares method. For this method I will draw the graph on cm paper and estimate the amount of squares that the area under the curve takes up. To do this I will first count all the whole squares, and then count all the half squares and divide that number by two to give a rough estimate of the area under the curve. Altogether I counted 10 whole squares and 14 half squares. When the half squares were divided
Painting 1960-65, is at first glance' a black square canvas. The subject matter seems to be just what it is, a black painting. There are no people. No event or action is taken except for the fact that Reinhardt has made the painting. The title only provides us with the information that we are looking at an abstract painting. The only other information that the artist gives you is the time period, in which it was conceived, 1960 to 1965. In the least amount of words possible, we could describe the
of certain shapes such as octagon and more complex polygons. In such cases, given shapes are split into shapes that have known formulae for areas and the worked out the areas are added together. Areas of the following shapes were investigated: square, rectangle, kite, parallelogram, equilateral triangle, scalene triangle, isosceles triangle, right-angled triangle, rhombus, pentagon, hexagon, heptagon and octagon. Results The results of the analysis are shown in Table 1 and Fig 1. Table
rectangular card that has all four corners having had squares cut out of them. Firstly I will be studying the volume whilst changing the side of one length of the cut out square and the size of the original rectangle card. After I have investigated this relationship I will try to find out the formula for finding the cut size to get the largest volume for any specified original card size. Square card size I am going to begin by investigating a square card because this will give me a basic formula
Drain Pipes Shape Investigation Introduction A builder has a sheet of plastic measuring 2m by 50cm, which he uses to make drains. The semi-circle is the best shape for a drain. Prove this. I will prove this by comparing its volume to that of other shapes. On older houses there are semi-circular drains but on newer houses there is fancier ones like pentagon shapes. Is this because they are better or is it simply for design? To find the volume of a 3D object I have to find the
Yerevan of the city is Republic Square. In the centre of the square towering over it stands a magnificent building. It houses the Museum of History of Armenia and the National Art Gallery. They are all built in the style of national architecture. In front of the National Gallery there is a beautiful fountain where the townspeople like to walk in hot summer evenings. This fountain is continued by a series of fountains in the park across the square. Also, Republic Square is the hub of major avenue and
While the overall images differ considerably, the goal of implementing the Morellian method is to identify artists’ use of the same formulas to create smaller parts of works. During the production of Image 1A (1A), the artist used a (six square by three square) checkerboard pattern to separate sections of lines of approximately the same width which rimmed the outer edge of the ceramic. These boarder-lines alternate occupying negative and positive space. A repeated use of thin hatching lines - which
Senseless: A False Sense of Perception I feel as though I have no choice but to be a skeptic about our ability to know the world on the sense experience given the information that is being presented. Our senses are touching, hearing, smelling and tasting, I believe it is quite possible that a person could think they see, touch, and smell something such as a glass of bear but there be no glass of beer present, therefore their perception of this glass of beer is false. There is a good possibility
over time are considerable, and they can be somewhat controversial. Depending on the source and the location selected, the magnitude of deforestation varies. Southwick estimates that, approximately 10,000 years ago, 6.2 billion hectares (23.9 million square miles) of forest existed on earth (p. 117). That figure is equivalent to 45.5% of the earth's total land. He further estimates that, by 1990, this amount had declined 30%, with only 4.3 billion hectares of forest remaining (p. 117). Southwick also
made from a sheet of card. Identical squares are cut off the four corners of the card as shown in figure 1. Figure 1: [IMAGE] The card is then folded along the dotted lines to make the box. The main aim of this activity is to determine the size of the square cut out which makes the volume of the box as large as possible for any given rectangular sheet of card. 1. For any sized square sheet of card, investigate the size of the cut out square which makes an open box of the largest
100 + 576 = 676 262 = 676 N.B. Neither 'a' nor 'b' can ever be 1. If either where then the difference between the two totals would only be 1. There are no 2 square numbers with a difference of 1. 32 9 42 16 52 25 62 36 72 49 82 64 92 81 102 100 112 121 As shown in the above table, there are no square numbers with a difference of anywhere near 1. Part 1: Aim: To investigate the family of Pythagorean Triplets where the shortest side (a) is an odd number and
cuboid using a square with smaller squares cut out from each corner to then fold it up into a cuboid. Cut out the red squares and fold inwards on the blue lines to get a cuboid. To get the maximum volume from the cuboid you need to work out the sizes of the squares you want to cut out from each corner. The formula I used to work out the volume for each cuboid was height x width x length. Height is the width or length of the cut out square. Width is the length of the square minus 2H, (2H
Dynamic of Communication Analyzing Space Paper Space is crucial when it comes to communicating, the space that you are surrounded by will shape all aspects of the communicating you do. Space is always communicating meaning and from the spaces I observed on campus and in the Student Center I drew meaning from them which allowed me to understand what each space is communicating and what see how each space encouraged or hindered communication. In this paper I will explain my critiques as well
press the space bar. A small fixation dot will appear in the center of the screen, it is necessary to stare at the dot. Place your left index finger on the V key and your right index finger on the M key. A fraction of a second later a red or green square will appear to the left or the right...