Over the past few years, math has got a bad reputation among some of the younger generation and maybe the same among the adults. The saying of, "I am bad at math or I am not a math person"
has somehow become a badge of honor. In some cases we do not only hear the myth of "I am bad at math", but rather we are recognizing it by another myth “It's ok to be bad at math”. It’s easy and fun to say I am not a math person,
or I am bad at math, but did you think about the consequences of this among our younger crowds (midle/high students)? I think these myths only strengthens stududents' growing math anxiety.
In this project (website) I have analyzed, compared and presented math, science and reading scores of the high/middle school students worldwide, then based on my findings,
I have recommended a top 12 free resources (websites) where students can practice and improve thier math skills. It's going to be a great resources page for middle and high school students.
The Organization for Economic Cooperation and Development [OECD] is a global policy organization that includes the United States and about half of Western Europe countries.
It administers international comparison tests, called Programme for International Student Assessment (PISA), for 15 year-old students in Mathematics, Science and Reading.
I have visualized PISA's 2015-2016 report in the below map.
However, the PISA-2018 report indicates that the U.S students scored slightly better in all three areas (Reading, Math and Science) compared to the previous report (2016), while statistcally insignificant as a measure of imrovement. According to neaToday "the increase was enough to push the United States slightly above the OECD average in reading and science, while still falling below in math. Their scores were similar to those of students in Australia, Germany, New Zealand, Sweden and the United Kingdom in at least two of these three subjects." For more details see the figure below or click here to see PISA's 2018 report.
For more details about the score of all nations (70) included in the PISA-2018 report, please click here
Let's have a look at the Nation's Report Card (NAEP) to compare each state performace with the national average (281).
The National Assessment of Educational Progress (NAEP) is the largest continuing and nationally representative assessment of what U.S. students know and can do in various subjects. NAEP is a congressionally mandated project administered by
the National Center for Education Statistics (NCES), within the Institute of Education Sciences (IES) of the U.S. Department of Education. Source: Wikipedia.
The thematic map above tells us that 21 out of 50 States performed significantly above the national public (281), while there isn’t a significant difference from the national public for 14 of them, and 15 out of 50 performed significantly lower than the national public.
If we compare the 2019 mathematics performance with 2013, it looks like the trend is negative, so there is need for more effort from both students and educators to change the trend from negative to positive. For more details see below figure or
click here.
Let's compare middle school students' math performace from 2003 to 2019 nationwide.
The above graphic tells us that the "Performed significantly higher than National public" is decreasing and "Not significantly different than National public" is increasing, while the Performed significantly lower than National average retmains nutural. This means our teens need more and better support to improve their math skills.
There might be several factors that cause students to be struggling with math, however, based on my experience and findings I am going to list four of them as follows:
Parents play crucial role in their children basic math
skills. Children begin learning math before they enter elementary school.
Studies show that the early math skills are one of the best predictors for later success.
That being said, parents are the first and most important educators for their children.
Counting numbers from 1 to 20 and simply adding and subtracting alike things, can help children get interest in Math, build a foundation and learn the basics of math before they officially enroll into elementary school.
Often students struggling in math, don’t follow the principles/rules when solving a mathematical equation. The first thing they start struggling solving a math problem is, they don’t know what should be done first, second and third. The order of operation is one of the most crucial step in solving a mathematical problem. Students with poor math foundation don’t know/follow the order of operation when solving a math problem and as a result they get a bad score in math. Order of Operation (PEMDAS):
First: Parentheses    Second: ExponentsNew research from the Norwegian University of Science and Technology shows that if you want to be good at math, you have to practice all different kinds of mathematics.
People who are most successful in math are the one who work the hardest not those with natural talent.
Most aspects of mathematics can only be learned by practicing.
No one thinks they can run a marathon by using only their natural talent, but there are lots of people with
no natural talent for running and have successfully completed many marathons.
So Practice, Practice and again Practice.
Students and educators need to relate a math problem into real world problems. Mathematics is not just a long list of random formulas that someone invented out of nowhere.
Math works because it is true–there is a reason for every step, every rule, and every part of every formula.
There is no need to just memorize the formulas and the rules, but rather find out where they came from, and how they can be used in solving real world problems.
Performance based tasks help students understand how math exist in their real world.