jwalker11.blogspot.com
Math Is The Bomb!: Divisibility Tests
http://jwalker11.blogspot.com/2010/02/divisibility-tests.html
All About the Numbers! The GCF and the LCM. Prime, Composite, Square, and Prime Factorization. Problem Solving: with algebra, fractions, exponents, square roots,. Monday, February 15, 2010. There are 12 different divisibility tests. They are the numbers 2-12. This link shows all the different steps LINK. The divisibility of 7 and 11 are really difficult and hard to solve. 7 is very difficult and recommended that you just do the division. 7 You add the odd numbered digits 7 0 8 7=22. Maria H. Andersen.
jwalker11.blogspot.com
Math Is The Bomb!: Prime Factorization
http://jwalker11.blogspot.com/2010/02/prime-factorization.html
All About the Numbers! The GCF and the LCM. Prime, Composite, Square, and Prime Factorization. Problem Solving: with algebra, fractions, exponents, square roots,. Monday, February 15, 2010. Prime factorization is an easy way to show the numbers that make up that number. click here. For an example of a prime factorization. Prime factorization can be solved by two ways. The first way is probably the way everyone knows. The second way is like your dividing a number except backwards. View my complete profile.
jwalker11.blogspot.com
Math Is The Bomb!: Prime & Composite Numbers
http://jwalker11.blogspot.com/2010/02/prime-composite-numbers.html
All About the Numbers! The GCF and the LCM. Prime, Composite, Square, and Prime Factorization. Problem Solving: with algebra, fractions, exponents, square roots,. Tuesday, February 16, 2010. Prime and Composite Numbers. What is a so called prime number? Well a prime number is a number that is divisible only by itself and 1. Primes are all greater than 1. They are also the so called "building blocks" of numbers. Will take you to a page talking about prime numbers. And the composite link.
jwalker11.blogspot.com
Math Is The Bomb!: February 2010
http://jwalker11.blogspot.com/2010_02_01_archive.html
All About the Numbers! The GCF and the LCM. Prime, Composite, Square, and Prime Factorization. Problem Solving: with algebra, fractions, exponents, square roots,. Wednesday, February 17, 2010. The greatest common facor can be defined as the largest factor in the group of factors that divides the number. The steps in order to find the GCF. List the prime factors of each number. Multiply those factors that both numbers have in common. If there is no common prime factors then the GCF is 1. There are 12 diff...
jwalker11.blogspot.com
Math Is The Bomb!: Crazy Numbers
http://jwalker11.blogspot.com/2010/02/crazy-numbers.html
All About the Numbers! The GCF and the LCM. Prime, Composite, Square, and Prime Factorization. Problem Solving: with algebra, fractions, exponents, square roots,. Monday, February 8, 2010. I recently have learned the different number systems through out time. They are Egyptian, Babylonian, Mayan, and of course the decimal system. These each are quite challenging and can cause some discouragement. The Babylonian symbols can be shown by clicking on this link. And lastly the Mayan symbols are shown here.
jwalker11.blogspot.com
Math Is The Bomb!: Greatest Common Factor
http://jwalker11.blogspot.com/2010/02/greatest-common-factor.html
All About the Numbers! The GCF and the LCM. Prime, Composite, Square, and Prime Factorization. Problem Solving: with algebra, fractions, exponents, square roots,. Wednesday, February 17, 2010. The greatest common facor can be defined as the largest factor in the group of factors that divides the number. The steps in order to find the GCF. List the prime factors of each number. Multiply those factors that both numbers have in common. If there is no common prime factors then the GCF is 1.
jwalker11.blogspot.com
Math Is The Bomb!: Properties Of Additon
http://jwalker11.blogspot.com/2010/02/properties-of-additon.html
All About the Numbers! The GCF and the LCM. Prime, Composite, Square, and Prime Factorization. Problem Solving: with algebra, fractions, exponents, square roots,. Monday, February 15, 2010. Addition, who knew there could be so many different ways for them to be shown. The three different types I will talk about are Commutative, Associative,Identity, and Distributive. Commutative property is when two numbers are added the sum is the same regardless of the order of the addends. For example 4 2 = 2 4.