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Pages:
2 pages/≈550 words
Sources:
5 Sources
Style:
APA
Subject:
Education
Type:
Article Critique
Language:
English (U.S.)
Document:
MS Word
Date:
Total cost:
$ 9.57
Topic:

Black English Hinders Success in Science and Mathematics Among Black Learners

Article Critique Instructions:

Papers should be 2-3 double spaced pages and should analyze critically one major issue in a reading assignment, one you find thought-provoking or problematical. Possible approaches:
1) Develop a logical and/or empirical critique of the arguments you analyze (e.g., Does the evidence support the arguments?)
2) Compare material in readings with other theory/research material presented in seminar sessions;
3) Compare and contrast material in one reading assignment with that in another; or
4) Use material in the reading assignment to assess other research or data you know well (including your own). The point of the papers is for you to demonstrate that you've thought through and creatively analyzed one major issue in the reading assignment. (Avoid just summarizing and develop your insights).
This week's readings: THESE ARE THE MAIN READINGS THAT SHOULD BE INCLUDED IN THE CRITIQUE
- Orr, E. W. (1997). Twice as less: Black English and the performance of Black students in mathematics and science. WW Norton & Company. (Chapter 10 & Afterword)
- Baugh, J. (1988). Book reviews: Twice as less. Harvard Educational Review, 58(3), 395-404.
- Jones, J. A. (1990). Look at math teachers, not “Black English”. Essay and Policy Studies. Washington, D.C.: Institute for Independent Education.
Organizing thoughts:
Do any of the critiques outlined by Baugh or Jones align with your own critiques or interpretation of Orr's work?
Did the afterword provide any of the insight regarding students' success after Hawthorne that you desired?

Article Critique Sample Content Preview:

Critique Paper
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Critique Paper
Mathematics studying cannot exist outside the implements given by language, which is integral to how mathematics discourse is fostered in the classroom and how mathematics identities are advanced among learners. Thus, in line with this, Baugh (1988) asserts that language, mainly black English, hinders success in science and mathematics amongst black learners. The author further argues that using prepositions in black English is not similar to standard English, preventing speakers from envisaging multiplication or division (Baugh, 1988). Thus, she proposes working with non-standard asymmetrical numbers. She likewise proposes integrating exercises that encourage visualizing when working with symbols. Hence using symbols enable learners to draw pictures to assist them in resolving problems that mainly deal with fractions. The visual exhibition allows learners to watch the numerical relations. Thus, such an approach would be resourceful to all learners who analyze fractions, not only those speaking black English, since pictures offer a precise basis to demonstrate partitive relationships.
On the contrary, Jones (1990) disagrees with Orr’s (1997) claims by demonstrating that her linguistic interference study is centered on a restricted student sample attending one high school. Still, she oversimplifies her conclusions as though they apply to black learners countrywide. In addition, Jones (1990) notes that reading comprehension is vital for word challenges, but there are other ways to train learners to interpret or resolve science and mathematics problems. Orr (1997) concentrates mainly on the written and spoken word, disregarding other critical means for knowledge transfer and illustrating perceptions. The impacts of incorrect language use might be counteracted by using correct pictures or manipulative materials; however, Orr does not state these likelihoods.
In addition, Bullock (2019) counters Orr’s assertion through the critical race counter-narrative of mathematics education reform that has framed black learners as a problem in the subject’s education that should be resolved. Furthermore, John (1990) claims that mathematics and science concepts can be shared and described with several techniques such as pictures, symbols, written or spoken words, or a blend of these. Thus, when a learner does not comprehend a mathematical framework, the educator’s usage of one of these communication tools appeals as the initial scapegoat. In addition, learners have various lea...
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