SUMMARY/SYNTHESIS/GENERALIZATIONNow you have already completed this module, lets summarize what you have justLearned. You have learned that product of some polynomials can be obtained using the Different patterns, and these products are called special products. You also learned theDifferent examples of special products, such as, perfect square trinomials , the difference of Two squares, and the product when you raise a binomial to the third power.

This module also taught you to factor different products through the use of differentPatterns and rules. Factoring that you have learned are: (1) factoring by greatest commonMonomial factor, (2) factoring difference of two squares, (3) factoring perfect squareTrinomials, (4) Factoring general trinomials, (5) factoring the sum or difference of two cubes,And (6) Factoring by Grouping.

You have Learned that the special products and factoring can be applied to solve some Real life problems, as in the case of punnet squares, packaging box making, and even on tilesThat can be found around us.GLOSSARY OF TERMS:AREA- the amount of surface contained in a figure expressed in square unitsCOMPOSITE FIGURE- a figure that is made from two or more geometric figuresFACTOR- an exact divisor of a numberGENETICS- The area of biological study concerned with heredity and with the variationBetween organisms that result from itGEOMETRY- the branch of mathematics that deals with the nature of space and the size,Shape, and other properties of figures as well as the transformations that preserve these properties.GREATEST COMMON MONOMIAL FACTOR- the greatest factor contained in every term of an algebraic expressionHETEROZYGOUS- Refers to having two different alleles (group of Genes ) fir a single traitHOMOZYGOUS- Refers to having two different alleles (group of Genes) For a single traitPATTERN- Constitutes a set of number or objects in which all the members are related withEach other by a specific rulePERFECT SQUARE TRINOMIAL-result of squaring a binomialPERIMETER- The distance around a polygonPOLYNOMIAL- a finite sum of terms each of which is a real number or the product a Numerical factor and one or more variable factors raised to a whole number power.PRODUCT- the answer of multiplicationPUNNET SQUARE- a diagram that is used to predict an outcome of a particular cross or Breeding experiment used by biologists to determine the chance of an offsprings having aParticular genotype.SCALE DRAWING- a reduced or enlarged drawing whose shape is the same as the actualObject that it represent.VOLUME - the measure of space occupied by a solid BodyLets summarize. You have learned thatCartesian plane Also known as the rectangular coordinate system which is composed ofTwo perpendicular number lines ( vertical and horizontal) that meet at the point of origin (0, 0)Degree of a function F the highest exponent of x that occurs in the function f.Dependent variable the variable (usually) x that controls the value if the independentVariable (usually) x.Domain of the relation The set of first coordinates of the ordered pairs.Function A relation in which each element in the domain is mapped to exactly one elements in The rage.Function notation a notation in which a function is written in the for f(x) on terms of x.Horizontal line A line parallel to the x-axis.Independent variable the variable (usually) x that controls the value of the dependent variable(usually) y.Line A straight line in Euclidean GeometryLinear function A function of first degree in the form f(x) = mx + b, whre m and b are realNumbers.Mapping diagram a representation of a relation in which every element in the domainCorresponds to one or more elements in the rage.Mathematical phrase an algebraic expression that combines numbers and/or variablesUsing mathematical operators.Ordered pair A representation of a point in the form (x,y).Point-slope form the linear equation y-y = m (x-x) is the point- slope form, where m is the slope and x and y are coordinates of the ordered pairs.Range of the relation the set of second coordinates of the ordered pairs.Rare of change The slope m of the line and is the quotient of change in y-coordinate and theChange in x-coordinate.