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impact of information and technology in early childhood education
use of technology in mathematics
impact of information and technology in early childhood education
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Technology Views
NCTM summarizes the technology principle by saying, “technology is essential
in teaching and learning mathematics; it influences the mathematics that is taught and
enhances students’ learning.” I’m not sure that I agree with the entirety of this statement.
Technology is important; it allows students to quickly make connections that would be
lost without the speed and precision of computers. Technology also allows for
thoughtless reproduction of facts already known. Imagine how long it would take to
solve a college level mathematics problem without the aid of calculators for division,
multiplication, exponents, and logarithms. Although I feel that technology is an
important tool for enhancing mathematics, I feel that technology is replacing the
foundation required for understanding mathematics.
I am a firm believer that mathematics is more of an ability to solve problems than
it is a solution to a given problem. Students must be required to think mathematically for
themselves if they are to be successful at mathematics. All too often, math is reduced to
formulas and specific ways of solving problems. I believe that meaning and reason are
the two most important qualities of mathematics. Without these tools, mathematics may
as well be left out of schools.
I feel that it is vital for students to learn the “why” before they learn shortcuts.
Imagine a test without calculators in a high school class. Most students would experience
great difficulty in working with simple operations such as division. (Fractions may in
fact be the work of Satan in the minds of some students). It is of the utmost importance
for students to learn how to approach problems without the aid of technology. The great
minds of the past did not have computers, calculators, or even chalk boards; yet, they
were able to develop a world of reason that we call mathematics. If past scholars could
do complex proofs without the aid of today’s technological advancements, I do not think
it is nonsensical to expect a student of algebra to be able to graph a function with pencil
and paper.
Although many may feel I have focused on what is wrong with technology, they
are mistaken. Technology itself is a good thing; it is only through poor instruction that
technology becomes a vice. The most important word that NCTM uses to summarize its
technology principle is “enhance.” Technology is meaningless without proper
instruction, but with an excellent guide, the mathematical possibilities are endless.
According to NCTM, “Students can learn more mathematics more deeply with the
appropriate and responsible use of technology.” It is necessary for technology to be used
appropriately and responsibly. Teachers cannot just give a student a calculator and
the reason why they are learning something, then they will get a greater sense of the
This allowed students to develop a better and deeper understanding of what they were learning.
Write a paragraph or two on why it is important for mathematics teachers to have
...ts work on the lessons independently or with a preservice teacher by using manipulatives or other mathematical tools it will allow them to fully grasp the concept that is being taught so they can do well in the long run of learning more complex mathematics.
Another invention that is now frequently used is the computer. The concept was made in 1822, by Charles Babbage, but it wasn’t until 1837 when he ...
In the last decade, increasingly powerful technologies have begun to make their way into classrooms across the nation. Many classrooms are now equipped with personal computers that run educational software to help teach students facts and concepts in a more engaging way than a traditional lecture. Advances in telecommunications technologies have led to almost universal access to the Internet, allowing students and teachers to communicate with people from around the world and gain access to a wealth of educational materials. New ways of obtaining and presenting information have given students powerful new methods for understanding the world around them. However, while use of technology in the classroom has been shown to be highly beneficial for students, it is important to note that without a well-planned technology support system, this expensive educational technology often goes under- or mis-utilized..
“Problems are often open-ended, paradoxical, and sometimes unsolvable, and require investigation before one can come close to a solution” (Zeitz x). When problems in a field can be defined as “open-ended, paradoxical, and sometimes unsolvable,” (Zeitz x) one might be able to reasonably assume that the field is difficult to conceptualize. Problem solving is a field of mathematics specifically designed around solving mathematics-related problems in competitions. Unlike the academic competitions seen in movies like “Mean Girls” or on trivia shows like “Jeopardy,” math competitions like The William Lowell Putnam Mathematical Competition are more akin to taking a test, where contestants write out proofs to complex
All children learn differently and teachers, especially those who teach mathematics, have to accommodate for all children’s different capacities for learning information. When teaching mathematics, a teacher has to be able to use various methods of presenting the information in order to help the students understand the concepts they are being taught.
The attitudes of persons not pursuing mathematics in modern day are more neutral, and this downturn arose due to influences like competitive exams, and peer outlooks in and out of school. There’s the tendency to supposing only right and wrong solutions in mathematics, limiting children’s aptitude in handling diverse problems and helping identify mathematics authority as a continually evolving problem solving tool (Jenner, 1988, pp. 74). However, at foundation levels this can be valuable yet undesirable for a world of unanswered mathematics questions, asking how can we live in an age where there are no longer answers? Thus, creates an alternative persistence in society believing that any problem has a solution.
“Doing mathematics begins with posing worthwhile tasks and then creating an environment where students take risks and share and defend mathematical ideas” (Van De Walle, Karp, Bay- Williams,2013). A worthwhile task encourages students to think, collaborate, and discover. When teaching mathematics, teachers need to make sure that students can use their background knowledge to make new connections and learn from each other. “Mathematics is more than completing sets of exercises or mimicking the process the teacher explains” (Van De Walle, Karp, Bay- Williams, 2013). Memorization and repetition have an impact on learning math skills, but do not encourage problem solving. Problem solving most be part of every lesson of mathematics.
[5] OP’T EYNDE, P. AND DE CORTE, E., Students’ Mathematics-Related Beliefs: Design and Analysis of a Questionnaire, Paper presented at annual meeting of the American Educational Research Association, Chicago, IL, 2003.
“It should be evident that each step in my career has rested on a firm foundation in mathematics. For me, the study of mathematics was the key that opened the doors to the universe.”(ROBERT L. STEWART, NASA Astronaut)
Mathematics has been regarded as the backbone of scientific and technological development without which no nation can attain any sustainable development. Okafor and Adeleye (2011) defines Mathematics as the study of number, symbols, sizes, shapes, spaces, patterns, generalization, measurement, models, qualities, relationships and functions.
actually learn. This point may seem obvious, but the use of computers in classrooms is a
As time goes by, advances in technology will provide more and more avenues for learning by way of the computer. The Internet has opened the doors of the world and unleashed limitless possibilities in research and education. It may be only a matter of time when the classroom is brought online to all children and attending a school classroom outside the home is a thing of the past. Looking back over the last 20 years, I never would have imagined that computers would come this far and impact our lives so much. Just imagine where they will be 20 years from now.