Problem 1MS: Any interest? Suppose you put $1000 in a bank account that pays 3% interest compounded annually. How... Problem 2MS: Urban expansion. In the year 2004 the village of Starburg has a population of 10,000. City planners... Problem 3MS: Pre-sushi. Suppose a pond can sustain a maximum of 6000 fish. What is the population density when... Problem 4MS: A booby trap. A small landmass off the Galapagos Islands can sustain a maximum of 50,000 blue-footed... Problem 5MS: Too many. The island of Birdburg has an area of 17,000 square yards. If 50,000 cockatoos are... Problem 6MS: Call your shots. For each picture below, trace the path of the billiard ball in the sketch until it... Problem 7MS: Getting cornered. Starting from the spot indicated on the billiard table at right, sketch two... Problem 8MS: Double your money (H). Suppose you I deposit $1000 in a savings account that I pays 5% interest... Problem 9MS: Too many(S). Earths surface is approximately 2,500,000,000,000,000(2.51015) square yards, including... Problem 10MS: Rice bowl (H). One day long ago, the Emperor of China wished to reward clever servant. When asked... Problem 11MS: Natures way. Find some examples, other than those mentioned in this section, of iterative processes... Problem 12MS: The Game of Life (12:S). For each initial population in the Game of Life, determine which cells will... Problem 13MS: The Game of Life (12:S). For each initial population in the Game of Life, determine which cells will... Problem 14MS: The Game of Life (12:S). For each initial population in the Game of Life, determine which cells will... Problem 15MS: The Game of Life (12:S). For each initial population in the Game of Life, determine which cells will... Problem 16MS: Life cycles. For each initial population in the previous Mindscape, guess whether that initial... Problem 17MS: Life cycles. For each initial population in the previous Mindscape, guess whether that initial... Problem 18MS: Life cycles. For each initial population in the previous Mindscape, guess whether that initial... Problem 19MS: Life cycles. For each initial population in the previous Mindscape, guess whether that initial... Problem 21MS: Explosion. Devise a new initial population in the Game of life that leads to a population explosion.... Problem 22MS: Extinction. Construct a new initial population in the Game of Life that survives for several... Problem 23MS: Periodic population (H). Construct a new initial population in the Game of Life that is periodic,... Problem 24MS: Programmed population. On a computer or programmable calculator, enter this simplified version of... Problem 25MS: Programmed population: the next generation. Using a computer or programmable calculator, input this... Problem 26MS: How many now? Suppose that a population is modeled using the Verhulst Model, Pn+1=Pn+cPn(1Pn).... Problem 27MS: Fibonacci. Fibonacci numbers are constructed using an iterative process. Explain how the results of... Problem 28MS: Fibonacci again. For each of the two columns you created in Mindscape 27, make a new column. Next to... Problem 29MS Problem 30MS: Cobweb plots (ExH). Here we visualize the simplified version of the Verhuist equation as weve seen... Problem 31MS: More spiders (S). Here is the graph of y=3.18x(1x). Start on the horizontal axis at 0.25 and draw... Problem 32MS: Arachnids. Here is the graph of y=4x(1x). Start on the horizontal axis at 0.25 and draw five... Problem 33MS: Making dough. Many delicious French desserts, such as Napoleons, are made of numerous thin layers of... Problem 34MS: Making dough. Many delicious French desserts, such as Napoleons, are made of numerous thin layers of... Problem 35MS: Making dough. Many delicious French desserts, such as Napoleons, are made of numerous thin layers of... Problem 36MS: More cobwebs (H). Consider the inverted V graph shown here and describe the points whose cobweb path... Problem 37MS: Yet more cobwebs. Given the inverted V graph below, find a starting point by trial and error with... Problem 38MS: Cantors cuts. Start with the unit interval [0, 1]. Remove the middle third of that interval and you... Problem 39MS: How much ¡s gone? In the construction of the Cantor Set, various intervals were removed. At the... Problem 40MS: How much remains? Consider numbers that are not in decimal form (that is, base 10) but instead are... Problem 41MS: Personal perspectives. Write a short essay describing the most interesting or surprising discovery... Problem 42MS: With a group of folks. In a small group, discuss the idea of iterative systems, particularly... Problem 43MS Problem 44MS: Power beyond the mathematics. Provide several real-life issues-ideally, from your own... Problem 45MS: Life happens. A particular starting configuration in Conways Game of Life has a number of living... Problem 46MS: Perplexing population predictions. Verhulst model describes a relation between the population... Problem 47MS: More prediction peril. Consider the previous Mindscape but now use the model: Pn+1=Pn+1.3(1Pn). This... Problem 48MS: Cobweb parabola. Mindscapes 3032 describe cobweb plots that involve a parabola with equation... Problem 49MS: Two sad and one happy parabolas. Building on your work for the previous Mindscape, determine where... format_list_bulleted