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Algebra

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Dear beloved family I found new land named bay. We found Indians on the island. They try to attack us, but we trade. We made a fort for them. They let us live there. We went hunting and fishing. We planted corn and tobacco. We live grateful there.
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Factoring

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A "quadratic" is a polynomial that looks like "ax2 + bx + c", where "a", "b", and "c" are just numbers. For the easy case of factoring, you will find two numbers that will not only multiply to equal the constant term "c", but also add up to equal "b", the coefficient on the x-term. For instance: Factor x2 + 5x + 6. I need to find factors of 6 that add up to 5. Since 6 can be written as the product of 2 and 3, and since 2 + 3 = 5, then I'll use 2 and 3. I know from multiplying polynomials that this quadratic is formed from multiplying two factors of the form "(x + m)(x + n)", for some numbers m and n. So I'll draw my parentheses, with an "x" in the front of each: (x ??? ? )(x??? ? ) Then I'll write in the two numbers that I found above: (x + 2)(x + 3)

Basic Slope equations

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Slope: Y2-Y1/X2-X1- use with two pairs of coordinates to find slope point slope form: y-y1=m(x-x1) - use with one pair of coordinate and slope to make slope intercept form that is parallel or perpendicular to another equation Slope intercept form: y=mx+b standard form: ax+by=c
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Slope and y-intercept.

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Every straight line can be represented by an equation: y = mx + b. The coordinates of every point on the line will solve the equation if you substitute them in the equation for x and y. The slope m of this line - its steepness, or slant - can be calculated like this: m = change in y-value change in x value Help from math.com

KochCurve code

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import gpdraw.*; public class KochCurve { private DrawingTool marker; private SketchPad poster; public KochCurve(){ poster = new SketchPad(600,600); marker = new DrawingTool(poster); } public void drawKochCurve(int x, int y){ if (x < 1){ marker.forward(y); } else{ drawKochCurve(x - 1, y / 3); marker.turnLeft(60); drawKochCurve(x - 1, y / 3); marker.turnRight(120); drawKochCurve(x - 1, y / 3); marker.turnLeft(60); drawKochCurve(x - 1, y / 3); } } public void drawSnowflake(int x , int y){ if (x < 1){ marker.forward(y); } else{ marker.turnRight(90); drawKochCurve(x,y); marker.turnRight(120); drawKochCurve(x,y);

Computer Sience A.P. Roman-Arabic converter (Java Project Filie)

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import java.util.Scanner; public class romannumerals{ private static int ArabicNumber = 0; public static String rom= ""; public static boolean rnum; public static String RomanNumeral(String z){ int m = z.indexOf('M'); int d = z.indexOf('D'); int c = z.indexOf('C'); int l = z.indexOf('L'); int x = z.indexOf('X'); int v = z.indexOf('V'); int i = z.indexOf('I'); if (z.contains("M")){ String firstChar = z.substring(0, m + 1); String remainingstring = z.substring(m + 1, z.length()); ArabicNumber +=1000; RomanNumeral(remainingstring); } else if (z.contains("D")){ String firstChar = z.substring(0, d +1);

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