WEBDistance Formula. Given two points, PA = (x1; y1) and PB = (x2; y2), the distance between the two can be found by: d(PA; PB) = p(x2. x1)2 + (y2 y1)2.
WEBAlgebra 1, by James Schultz, Paul Kennedy, Wade Ellis Jr, and Kathleen Hollowelly. Algebra 2 , by James Schultz, Wade Ellis Jr, Kathleen Hollowelly, and Paul Kennedy. Although a significant effort was made to make the …
WEBDefinitions: A complex nuber is written as a + bi where a and b are real numbers an i, called the imaginary unit, has the property that i2=-1. The complex numbers a+bi and a-bi are called complex conjugate of each other.
WEBMedian: Middle (put numbers in order and find middle) Mode: “Most” (number that appears the most) Q1: Quartile 1=Median of first half of data Q2: Quartile 2=Median of all data. Q3: Quartile 3=Median of second half of data.
WEBThe Laws of Algebra. There are four fundamental operations which can be performed on numbers. 1.Addition. The sum of aand bis denoted a+ b. 2.Multiplication. The product of aand bis denoted ab. 3.Reversing the sign. The negative of ais denoted a. 4.Inverting. The reciprocal of a(for a6= 0) is denoted by a 1 or by 1 a. These operations satisfy ...
WEBJan 12, 2009 · 1.1. THE BASIC NUMBER SYSTEMS 3 Similarly, a positive number r < 1 with a terminating decimal expansion can be written as a sum of multiples of negative powers of 10: r = 0:d1d2:::dk¡1dk = d1 ¢10 ¡1 +d 2 ¢10 ¡2 +¢¢¢+d k¡1 ¢10 ¡(k¡1) +d k ¢10 ¡k: If the decimal expansion does not terminate, then r is an \inflnite sum" of multiples of negative powers of 10:
WEBAlgebra Formulas. Log Formulas: Quadratic Equations: log ( ab ) = log a + log b. n n n. ⎛ a ⎞ = log ⎜ ⎟ log a − log b. n n n ⎝ b ⎠. log ( a ) b = b ⋅ log a. n n. log n. n = 1. ln e = 1. log 1 = 0. n. log. b. n a = b ⇒ n = a. = log a ln a. log a = n log n ln n. Interest Formulas: = rt Pe. Compounded Continuously. P ⎜ 1. ⎝. = ⎛ + r nt.
WEBComprehensive Summary of Algebra and Geometric Formulas. www.rit.edu/asc Page 1 of 4. Algebra facts and properties. o Arithmetic operations o Properties of inequalities o Properties of absolute value o Distance formula o Exponent properties o Properties of radicals o Complex numbers o Log properties o Factoring o Quadratic formula o Completing ...