Bob would like to know which size of pizza has the lowest cost per square inch. a. Identify the inputs and outputs for this problem. The inputs are the diameters and cost of each of the three different sizes‚ and utputs are the size of pizza with the lowest cost per inch b. Identify the processing needed to convert the inputs to the outputs. Area of each pizza in square inches = pi * (diameter / 2)^2 Cost per square inch = cost / area c. Design an algorithm in pseudocode to solve
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Canada The sales of High-pressure laminates (HPL) in Canada went up 38.78 percent from 60 millions of square feet in 1982 to 98 in 1987 (Exhibit 2 in case). However‚ the percentage HPL made in Canada decreased 17 percent that is equal to the percentage HPL imported from US. Obviously‚ most customers start to buy HPL made from US even though the average price of US imports is 1.1 dollars per square foot‚ 0.13 dollar more than the price of Canadian-made. Suggestion: Arborite can set up factories in
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ft2 b. 481.2 ft2 c. 381.8 ft2 d. 272.5 ft2 5. Find the surface area of the square pyramid. ____ 4 ft 8 ft Diagram not to scale. a. 64 ft2 ____ b. 128 ft2 c. 80 ft2 d. 96 ft2 6. Find the surface area of a cone with radius of 8.8 cm and slant height of 7.1 cm‚ to the nearest square unit. Use 3.14 for π. a. 636 cm2 b. 341 cm2 c. 440 cm2 d. 683 cm2 7. Find the surface area of the cone to the nearest square unit. Use π = 3.14. ____ 3 cm 6 cm Diagram not to scale. a. 283
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2104 1600 2400 1416 3000 . . . Price (1000$s) 400 330 369 232 540 . . . We can plot this data: housing prices 1000 900 800 price (in $1000) 700 600 500 400 300 200 100 0 500 1000 1500 2000 2500 3000 square feet 3500 4000 4500 5000 Given data like this‚ how can we learn to predict the prices of other houses in Portland‚ as a function of the size of their living areas? 1 2 CS229 Winter 2003 To establish notation for future use
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life of organisms involved and also the size of the area under investigation. For species living in uniform and accessible habitats‚ given their sizes are large enough‚ the population can be estimated by marking and recapture methods‚ or by using square grids of known areas. In some cases‚ when one is dealing with relatively small areas‚ it is possible to isolate the entire population and take a complete census. Although the methods of estimation are different‚ their outlying principles are simple
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of lab reports by providing this information in an editable file which can be sent to an instructor. obseRvations Data Table 1: Punnett square. Data Table 2: Seedling data. Seedling Color Green Yellow Total Number of Seedlings Percentage of Total Data Table 3: Frequency calculations. Frequency Expected Values
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Move the constant term to the right side of the equation. 2. Multiply each term in the equation by four times the coefficient of the x squared term. 3. Square the coefficient of the original x term and add it to both sides of the equation. 4. Take the square root of both sides. 5. Set the left side of the equation equal to the positive square root of the number on the right side and solve for x. 6. Set the left side of the equation equal to the negative root of the number on the right side
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Economic Development: The food industries are considered as one of the most important Arabic & Foreign Industries in the world. Over the years‚ these industries have developed in various degrees technologically and economically and have over the last 5 decades incorporated many international changes. Their productions have had spread throughout the Arab world and internationally. The products of these industries have grown as well as the raw materials used in the production process‚ leading to
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and 8cm. How many possibilities are there for the length of the third side of the triangle? A1 B2 C3 D4 21. The square ABCD has an area of 196. It contains two overlapping E more than 4 A B squares; the larger of these squares has an area 4 times that of the smaller and the area of their overlap is 1. What is the total area of the shaded regions? A 44 B 72 E more information is needed C 80 MT UK UK MT 20. Jack’s teacher asked him to draw a triangle of area
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A boat floats‚ because the fluid in which it is floating offsets the downward pull of gravity and pushes it up. The scientific name for this force‚ which allows even immense objects to float in liquid‚ is buoyant force‚ more commonly known as buoyancy. A solid object’s density determines whether or not the buoyant force of a liquid can lift it. The density of an object depends upon its weight and its size. Given two solid objects that are different sizes‚ but weigh the same‚ the smaller‚ more
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