Gender and Mathematics Essay

In the essay “When Brights Girls Decide that Math is a Waste of Time” by Susan Jacoby, Jacoby claims that girls develop deficiencies during their adolescent years by not taking math or science in their high school years. It can be argued that Jacoby’s thoughts on high school girls and math are incorrect due to the sexism that takes place in her essay, the amount of inaccurate and outdated information, and her argument that math and science is highly important.

Whilst there are factors outside school, internal factors also impact gender differences in educational achievements hugely. According to Tony Sewell, boys fall behind in education because schools have become more 'feminised', as indicated in Item A. This means that feminine traits such as methodical working and attentiveness have

Historically boys were top of the class. Today that is no longer the case. A recent article in The Economist discusses a 2009 study by the OECD (Organization for Economic Co-operation and Development) that examined how 15-year-old boys and girls performed in reading, mathematics and science. They found that girls are performing better than their male classmates. This gender gap is worldwide. Girls score higher than boys on tests measuring reading ability in every country in the world (Loveless).

Women in the Math World Works Cited Not Included Math is commonly known as the man’s major. Many college math professors are men and the same goes for their students. "One study revealed that women accounted for 15% of students in computer science, 16% in electrical engineering,. . . Gender splits in the faculty were similar" (Cukier).

Women have always been viewed as the weaker sex, and society will continue to view them that way unless they do something about it. In the essay “When Bright Girls Decide that Math is a Waste of time”, the author Susan Jacoby discusses the problems women steering clear of math and science subjects because of the traditional view of a woman. She focused on what causes high school girls to focus on arts courses instead of STEM courses and what are the effects of it on themselves. The underlying discrimination amongst boys and girls, stereotypical thinking of parents and teachers that girls are not good at math eventually decreases the self-confidence among girls to solve science and math problems.

In the past females have achieved less well than boys at higher levels in the education system, then during the 1990', the girls over took boys at all levels in the education system. The percentage of females in the UK achieving two or more A-levels or equivalent has increased from 20% in 1990 to 42% in 2006. Over the same time period, the percentage of males achieving the same level increased from 18% to 33%. On the other hand, there still continues to be a large difference in the choice of subjects by males and females. Even with the national curriculum being restrictive in the lower levels, meaning both male and females do the same subjects, when they get to a-levels and degree level, both male and females still tend to choose different

Most of this gender disparity starts early. As early as in grade school. Young girls are rarely motivated to take Math and Science. This can be problematic because studies show that a lack in intellectual belief can in turn inhibit intellectual growth. There is also that persistent unconscious bias that Science and Math are male fields while females tend to do well

     For many years society has embraced the idea that the difference between men and women were biologically determined. Thou through traditions, media, and peers we act accordingly to how others view us. Each individual has pressure placed upon them based on their gender. Our sex is determined by genetics while our gender is programmed by social customs. Some theories interpret that a women is tender and a loving mother while on the other hand men are aggressive hunters and are the dominant one of the family. People who support this theory seems to believe that men and women are happier when fulfilling the roles nature determined for them. Women are to be nurturing and men are to be providers by

Interest in science, technology, engineering, and mathematics (STEM) is thinning for women as they progress into higher levels. Women in grades 7-12 were surveyed to see if their interest in STEM fields were diminishing. According to Van Leuvan, this survey showed that there was a decline in interest as these girls progress through high school. Throughout middle school and junior high a love for mathematics can be developed. However, a loss of interest is present as soon as girls hit more demanding classes like calculus. Grades will highly diminished and a fear for comprehension of mathematics in the future will develope. According to the article “Women and Minorities in Engineering” a major outlook on success from students is their ability to understand calculus.

The textbook identifies four approaches to gender development: biological, interpersonal, cultural, and critical. Define each theory. Then answer the following question: which of the theoretical approaches to gender do you find the most valid? Be sure to include at least two examples from your own experience as well as two scholarly sources to back up your claim.

Researchers and testing has proven over time, that some cognitive abilities between males and females change throughout infancy and adolescents. Girls generally perform and use their verbal skills much earlier than boys. Women do much better on exams such as SAT’s in the verbal areas where men excel in the mathematical arena. This finding in itself may seem to solidify the fact of biological makeup. If that is the case, then why do girls perform equally as proficient in the area of math until they reach their “tween” and teenage years, which is generally between 6th and 7th grade? At this point, there seems to be a decline in the female’s performance in the area of math.

Throughout history, women have been looked down upon and seen as insubordinate and incapable. Women were never viewed as equal to men until about the 1950s. History will also tell us that men dominated the mathematical scene and have made the biggest contributions in that field, yet this does not seem to be the case. Women have had just as big an impact on math as men have, if not a bigger contribution.They still continue to rock the mathematical world today. Various women such as Hypatia from the ancient Greeks, Grace Chisholm Young from England at the turn of the century, to Mary Fairfax Somerville from the Imperialist English, and Maria Gaetana Agnesi from Modern Enlightenment in Italy have all contributed in major ways to the

Why do these gender gaps exist? Researchers believe that cultural and social factors, as well as educational, and attitudinal factors contribute to this gap. Cultural beliefs that boys excel in math and science and that girls excel in the arts can be passed down through generations and adults who may not even realize it are acting on these beliefs (Sanders, 1997). “Subtle and unintended messages can create the idea among girls and boys that there are fields

Gender differences occur in many aspects of a person’s life whether it is culture, politics, occupation, family and relationships, or the economy (just to name a few). One major difference in gender occurs in learning and education in the elementary and secondary levels. Research has found that males and females learn differently in many aspects of education. First of all, female and male brains are constructed differently affecting the way they learn; this leads to basic differences in learning and also gives an introduction into why the way one learns differs according to gender and how males and females learn subjects and tasks differently. Second, males and females are treated differently, sometimes unconsciously, in educational

Mathematics is a type of reasoning. Thinking mathematically includes thinking in a rational way, developing and checking conjectures, understanding things, and forming and validating judgments, reasoning, and conclusions. We show mathematical habits when we acknowledge and explain patterns, build physical and theoretical models of sensations, develop sign systems to assist us stand for, control, and review concepts, and create treatments to address issues (Battista, 1999).