Dealing with Simple Equation

December 8th, 2011 by admin No comments »

The equation is really a mathematical approach to describe the problems that have been assembled. Each equation consists of two sides separated by an equals sign.

Pretend if you will choose your quantity between one and ten. You then double the number to get the results of fourteen. What are your initial quantity?
Such circumstances are often modeled by the equation 2x = 14.

The letter “x” in the above equation is known as a variable. A variable is only letters or symbols that represent quantities. When you are faced with an equation, you find you answer by simply solving the problem.

The equation 2x = 14 can be completed quickly and easily. The truth is, you can probably get it done in your head. However, the equation that you will see throughout the next few classes get progressively more complicated, so it is important that you understand and use appropriate measures to solve them properly.

Consider the following problem: Teams earn fifteen dollars for every single he cut the grass. How many yards he had to cut to get $ 300?

Problems including the one above could be solved using a mathematical equation. Suppose that the number of lawns can be represented by the variable “L”. An equation that is representative of this case is 15L Equals 300.

For you to solve this particular equation, simply divide both sides by fifteen. It simplifies to L Equals 20, so Tim must cut (blank) 20 yards to be able to earn $300.
One step equations are classified as the most basic form of equation to solve. As the name states, only one action is needed to find the solution. The only necessary step is to look at the operation that is being carried out on the variable and do the complete opposite operation.

To achieve a better expertise in equations, recognize the thinking behind finding the value of the missing numbers:
__ + 5 Equals 8. To obtain the missing amount, consider what quantity constitutes a total of 8 after it is added with 5. In your head, you are actually doing subtraction to find the answer. The difference of 8 and 5 is 3.

__ x 4 Equals 24 This missing amount can be obtained by figuring out a number that equals 24 after it is multiplied by 4. In your thoughts, you’re essentially carrying out division to obtain the answer. The quotient of (24 รท 4) equals 6.

In both of the examples, you use the opposite of the operation that’s shown to get the solution to the problem.

A lot of mathematics teachers require that work be shown on these kinds of problems. That is mainly because equations will soon become larger and more complicated. To have the best opportunity of solving equations down the road, start today by learning to show work and by showing the work yourself any time you start a problem.

A Review of Mathematics Georgia Performance Standards

December 8th, 2011 by admin No comments »

Georgia Performance Standards serve as a framework that provides students, teachers and parents with clear expectations for instruction and assessment of student work. Standards define the level of work that demonstrate achievement of standards and enable teachers to find out what kind of adequate performance. They make it possible to isolate and identify the skills needed to use the knowledge to solve problems, reason, communicate and make connections with other information. Standards are broken into categories of reading, math, science, social sciences, arts, health education and physical education.

Georgia Performance Standards Mathematics was created and designed to produce a balance between concepts, skills, and problem solving. The curriculum is based on a rigorous concept development, presents the tasks that are realistic and relevant, and strongly emphasizes conceptual skills. The curriculum encourages students’ reasoning and also encourage them to evaluate mathematical arguments both formally and informally. This teaches them to use mathematical language and to make connections between mathematical topics and other disciplines.

Standards from kindergarten and through grade 12. Standards create the curriculum, strong cohesive and coherent that leads students on a clear path to higher mathematics and intelligent citizenship. This standard is divided into two categories. From kindergarten through eighth grade, standard grade Georgia presented by the class. For each class, there is a description of what each child should be able to achieve at the beginning of each grade level. Standard courses presented-by the entire ninth grade class of twelve.

Specifically, the standards for the mathematics curriculum are broke into five categories of content standards: number and operations, measurement, geometry, algebra and data analysis, and probability. Each grade also has process standards that emphasize problem solving, reasoning, representation, connections and communication. This curriculum additionally requires that mathematics classes focus on students rather than teachers, using a balanced approach to instruction. The standards encourage students who are working individually or collaboratively to actively engage in inquiry related to real events. This is how knowledge and procedural skills should be developed in this context. It also encourages multiple representations of mathematics, alternative approaches to problem solving and the appropriate use of technology.

The mathematics standards are measured each year through statewide testing. Students in grades one through eight take the Criterion-Referenced Competency Tests (CRCT) in the content areas of reading, English/language arts, and mathematics. High school level students must pass the Georgia High School Graduation Tests (GHSGT) and End of Course Tests (EOCT). EOCT includes 10 content area assessments including Mathematics I (Algebra/Geometry/Statistics), Mathematics II (Geometry/Algebra II/Statistics), GPS Algebra and GPS Geometry. Any student enrolled in and/or receiving credit for an EOCT course, regardless of grade level, are required to take the EOCT upon completion of that course.

Dennis McLynn is the Vice President of Strategic Marketing & Business Development for High Points Learning. HighPoints Learning (HPL) is a leader in Web-based math education and instruction. HPL offers an online math tutoring program that helps raise participants’ math scores an average of 15 points in pre and post testing. HighPoints Learning services the 3-12 grade market with products and services that include Achieve Math, Achieve HighPoints, and AYP Math.