review chapter
DESCRIPTION
Review Chapter. What you Should Learn REALLY – WHAT YOU SHOULD HAVE ALREADY LEARNED If not, then you might be in too high of a course level – decide soon!!!. Henry David Thoreau - author. “It affords me no satisfaction to commence to spring an arch before I have got a solid foundation.”. - PowerPoint PPT PresentationTRANSCRIPT
-
Review ChapterWhat you Should Learn
REALLY WHAT YOU SHOULD HAVE ALREADY LEARNED
If not, then you might be in too high of a course level decide soon!!!
-
Henry David Thoreau - authorIt affords me no satisfaction to commence to spring an arch before I have got a solid foundation.
-
ObjectiveUnderstand the structure of algebra including language and symbols.
-
ObjectiveUnderstand the structure of algebra including language and symbols.
-
DefinitonExpression a collection of constants, variables, and arithmetic symbols
-
DefinitionInequality two expression separated by , -2>-34 < 54 < 4
-
DefinitionEquation two expression set equal to each other4x + 2 = 3x - 5
-
Def: evaluateWhen we evaluate a numerical expression, we determine the value of the expression by performing the indicated operations.
-
DefinitionSet is a collection of objectsUse capitol letters to representElement is one of the items of the collectionNormally use lower case letters to describe
-
Procedure to describe setsListing: Write the members of a set within bracesUse commas betweenUse to mean so on and so forthUse a sentenceUse a picture
-
Julia Ward Howe - PoetThe strokes of the pen need deliberation as much as the sword needs swiftness.
-
Examples of Sets{1, 2, 3}{1, 2, 3, , 9, 10}{1, 2, 3, } = N = Natural numbers
-
Set Builder Notation{x|description}Example {x|x is a living United States President}
-
Def: Empty Set or Null set is the set that contains no elementsSymbolism
-
Symbolism element is an element of
-
Def: Subset: A is a subset of B if and only if ever element of A is an element of BSymbolism
-
Examples of subset{1, 2} {1, 2, 3}{1, 2} {1, 2}{ } {1, 2, 3, }
-
Def: Union symbolism: A BA union B is the set of all elements of A or all elements of B.
-
Example of Union of setsA = {1, 2, 3}B = {3, 4, 5}A B = {1, 2, 3, 4, 5}
-
Real NumbersClassify Real NumbersNaturals = NWholes = WIntegers = JRationals = QIrrationals = HReals = R
-
Def: Sets of NumbersNatural numbersN = {1,2,3, }Whole numbersW = {0,1,2,3, }
-
IntegersJ = { , -3, -2, -1, 0, 1, 2, 3, }
NaturalsIntegersWholes
-
Def: Rational numberAny number that can be expressed in the form p/q where p and q are integers and q is not equal to 0.Use Q to represent
-
Def (2): Rational numberAny number that can be represented by a terminating or repeating decimal expansion.
-
Examples of rational numbersExamples: 1/5, -2/3, 0.5, 0.33333Write repeating decimals with a bar above.12121212 =
-
Def: Irrational NumberH represents the setA non-repeating infinite decimal expansion
-
Def: Set of Real Numbers = RR = the union of the set of rational and irrational numbers
-
Def: Set of Real Numbers = RR = the union of the set of rational and irrational numbers
-
Def: Number lineA number line is a set of points with each point associated with a real number called the coordinate of the point.
-
Def: originThe point whose coordinate is 0 is the origin.
-
Definition of Opposite of oppositeFor any real number a, the opposite of the opposite of a number is -(-a) = a
-
Definition: For All
-
Def: There exists
-
Bill Wheeler - artistGood writing is clear thinking made visible.
-
Def: intuitiveabsolute valueThe absolute value of any real number a is the distance between a and 0 on the number line
-
Def: algebraic absolute value
-
Calculator notesTI-84 APPSALG1PRT1Useful overview
-
George PattonAccept challenges, so that you may feel the exhilaration of victory.
-
Properties of Real NumbersClosureCommutativeAssociativeDistributiveIdentitiesInverses
-
Commutative for Additiona + b = b + a2+3=3+2
-
Commutative for Multiplicationab = ba2 x 3 = 3 x 32 * 3 = 3 * 2
-
Associative for Additiona + (b + c) = (a + b) + c2 + (3 + 4) = (2 + 3) + 4
-
Associative for Multiplication(ab)c = a(bc)(2 x 3) x 4 = 2 x (3 x 4)
-
Distributivemultiplication over additiona(b + c) = ab + ac2(3 + 4) = 2 x 3 + 2 x 4X(Y + Z) = XY +XZ
-
Additive Identitya + 0 = a3 + 0 = 3X + 0 = X
-
Multiplicative Identitya x 1 = a5 x 1 = 51 x 5 = 5Y * 1 = Y
-
Additive Inversea(1/a) = 1 where a not equal to 03(1/3) = 1
-
George Simmel - SociologistHe is educated who knows how to find out what he doesnt know.
-
Order to Real NumbersSymbols for inequalityBounded Interval notation*** Definition of Absolute ValueAbsolute Value PropertiesDistance between points on # line
-
George Simmel - SociologistHe is educated who knows how to find out what he doesnt know.
-
The order of operationsPerform within grouping symbols work innermost group first and then outward.Evaluate exponents and roots.Perform multiplication and division left to right.Perform addition and subtraction left to right.
-
Grouping SymbolsParenthesesBracketsBracesRadical symbolsFraction symbols fraction barAbsolute value
-
Algebraic ExpressionAny combination of numbers, variables, grouping symbols, and operation symbols.
To evaluate an algebraic expression, replace each variable with a specific value and then perform all indicated operations.
-
Evaluate Expression byCalculatorPlug inUse store featureUse Alpha key for formulasTableProgram - evaluate
-
The Pythagorean TheoremIn a right triangle, the sum of the square of the legs is equal to the square of the hypotenuse.
-
Operations on FractionsFundamental PropertyAdd or SubtractMultiplyDivide
-
Properties of ExponentsMultiplyDivideOpposite exponentProduct to powerPower to powerQuotient to powerScientific Notation
-
COLLEGE ALGEBRA REVIEWInteger Exponents
-
Integer ExponentsFor any real number b and any natural number n, the nth power of b o if found by multiplying b as a factor n times.
N times
-
Exponential Expression an expression that involves exponentsBase the number being multipliedExponent the number of factors of the base.
-
Exponential Expression an expression that involves exponentsBase the number being multipliedExponent the number of factors of the base.
-
Quotient Rule
-
Integer Exponent
-
Zero as an exponent
-
Calculator KeyExponent Key
-
Sample problem
-
more exponentsPower to a Power
-
Product to a Power
-
Quotient to a Power
-
Sample problem
-
Scientific NotationA number is in scientific notation if it is written as a product of a number between 1 and 10 times 10 to some power.
-
Calculator KeyEEMode - SCI
-
Sydney Harris:When I hear somebody sigh,Life is hard, I am always tempted to ask, Compared to what?
-
RadicalsPrincipal nth rootTerminology IndexRadicand
-
Properties of RadicalsProduct of radicalsQuotient of RadicalsIndex is even or odd and radicand of any Real number
-
Rational ExponentsDefinitionEvaluationEvaluation with calculator
-
Operations on RadicalsAdd or subtractMultiply Divide**** Rationalize
-
PolynomialsMultiply FOILEvaluateProduct of polynomialsSpecial ProductsSum and DifferenceSquaring
-
FactoringCommon FactorBy GroupingDifference of Two SquaresPerfect Square TrinomialsGeneral TrinomialsDifference of CubesSum of Cubes
-
Rational ExpressionsFind DomainSimplifyMultiply and DivideAdd and SubtractComplex Fractions
-
Cartesian PlanePlot Points**** Distance Formula** Midpoint FormulaGeneral Equation of Circle
-
Chapter SummaryText Chapter Summary and Review end of chapterWhat You Should Learn beginning of each sectionReview Exercises broken down by sections Chapter Test Good Practice
-
The END.Or The Beginning of possibly one of the most challenging courses you will take that will require the following:CommitmentTimeDedicationPerseveranceMore Work than you Think if you want to be successful!
-
Good Luck
A