##
Internationally, fractions are focused in 4th grade.

Equal coverage of core academic content.

Equality of Educational Opportunity by Schmidt, Cogan, McKnight

**Reform Math And Common Core: Not Catching Up!**

Reform math programs have dominated our schools for decades and have shortchanged our kids. Memorization and practice have been marginalized. Fractions and long-division have been ignored, etc.

__Our kids do not have a firm grasp of basic arithmetic needed to do algebra by middle school.__Kids lack number sense and are deficient in mental arithmetic, operations, fractions, etc. Some have become calculator dependent, even in elementary school.

**Fractions are focused in 4th grade internationally, but not in the US.**Furthermore, college professors lament that incoming students can't do simple arithmetic without a calculator (e.g., 10% of 25). Community colleges are swamped with students who place in

**remedial math**. Indeed, the K-12 [NCTM] reform math often leads to remedial math in community college.

The new math standards (Common Core) won't help much. Even though they offer the promise of uniformity, the core, itself, is

**not**world class, according to my analysis. Algorithms for whole number arithmetic are delayed, and algebra standards are pushed to 9th grade. The new math standards may be better than we had before, but they are weaker than many benchmarks established in other nations (and even in some states), so, in my view, common core is unacceptable as a starting document to rebuild American math education.

**Schmidt, Cogan & McKnight define educational equality as "equal coverage of core academic content."**

__Is this realistic? When does this happen, even in the same school?__

**C**

*ore math must match or exceed the core math taught in top-performing nations.*

*Common Core is not up to the task. Teachers are not ready. Indeed, even though I think our kids are learning more mathematics and scoring better on tests, they are not catching up.*

*Like Alice in Wonderland, we seem to be running faster and faster but not advancing much, at least not like other nations. We are not leapfrogging! "*Now, here you see, it takes all the running you can do, to keep in the same place. If you want to get somehere else, you must run at least twice as fast as that!" said the Queen.

*Hanushek, Peterson, & Woessmann write in*

*Education Next*, "

**The failure of the US to close the international test-score gap raises questions about the nation's overall reform strategy.**"

*2-6-13*

## Alternatives

**"Americans are undereducated." Many US math programs tend to marginalize the early development of key arithmetic skills, starting in 1st grade. Other nations do not. US students are not asked to practice enough to master key content (facts, procedures, concepts). Teachers are taught in schools of education that drill is bad for kids. It's not! It's essential for building essential knowledge (facts, procedures, concepts) in long-term memory. To get good at arithmetic or algebra, kids need to practice in school and at home. Some kids need more practice than others.**

**Mastery (auto recall) of single digit arithmetic facts is required for standard algorithms. In fact, practicing the standard algorithm is an excellent way to practice and retrieve single digit number facts, starting in 1st grade. "Economic growth is linked with educational attainment."**Quotes:

*The Undereducated American, pdf*)

A study by

**Price, Mazzocco, & Ansari**(*The Journal of Neuroscience*, January 2, 2013) points out that the lack of mastery [rote memory] of single digit arithmetic facts in early elementary school, starting in 1st grade, affects achievement in high school. Indeed,**memorizing anything**has been out of favor in our schools for decades―from math facts to poetry, capitals of states, etc.**Thomas L. Friedman**(

*The World Is Flat*) writes, "When I asked

**Bill Gates**about the supposed American education advantage--an education that stresses creativity, not rote learning--he was utterly dismissive. In his view [Gates], the people who think that the more rote-orientated learning systems of China and Japan can't turn out innovators who can compete with Americans are sadly mistaken." Indeed, like Asian students, our students should learn skills to automaticity. The

**automation of fundamentals**in arithmetic and algebra

*through practice*is rote learning.

*I am saddened when I ask 3rd grade students to add 2 to 17, and some cannot without calculating.*

**The lack of simple mental arithmetic, such as adding 2 to a number, predicts poor math achievement in high school where the content is more complex.**

**Our students underperform**in mathematics, grade by grade, compared to peers in many other nations, especially Asian nations. In my view, NCTM reform math and its replacement (common core reform math) are a lot alike; students will continue to underperform.

**Professor W. Stephen Wilson points out that**

**the lack of instant [rote] recall of multiplication facts in 3rd grade "permanently slows students down."**

*The mastery of s*

*ingle digit facts and standard algorithms go together.*

**We are in a test culture rather than in an achievement culture. Furthermore, often, teachers are pressured to spend more time on test prep, which leaves less time for solid arithmetic instruction and practice.**

Alternatives to the "status quo" in math education include

__grouping students by achievement levels__*for math class, using*__fully-guided [explicit] teaching of content (pdf)__*, teaching world class content grade by grade for mastery (i.e., content that matches or exceeds that of top-performing nations and prepares more students for Algebra 1 in middle school), implementing intervention programs that work for incoming 1st grade students with weak number skills, which is what Singapore does, and upgrading the academic training of elementary and middle school teachers in math and science.*

**Common Core delays the fluency in standard whole number algorithms. It makes no sense.**Delay Chart by LT 2010 |

*©2013 LT/ThinkAlgebra/Math Notes*