Exam 3: Mathematics for Every Child

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If a teacher has a culturally and linguistically diverse student in her class, she can ease the student's transition by speaking: ​

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Describe a classroom that exemplifies mathematics learning for all students.

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A classroom that exemplifies mathematics learning for all students is one that is inclusive and diverse, where every student feels valued and supported in their mathematical journey. In this classroom, the teacher creates a positive and collaborative learning environment where students are encouraged to ask questions, explore different problem-solving strategies, and make connections between mathematical concepts and real-world applications.

The classroom is equipped with a variety of manipulatives, technology, and resources to accommodate different learning styles and abilities. The teacher uses differentiated instruction to meet the needs of all students, providing extra support for struggling learners and challenging opportunities for advanced students.

Furthermore, the classroom promotes a growth mindset, where mistakes are seen as opportunities for learning and students are encouraged to persevere through challenges. The teacher fosters a sense of curiosity and wonder about mathematics, helping students see the beauty and relevance of the subject in their everyday lives.

Overall, a mathematics classroom that exemplifies learning for all students is one that celebrates diversity, promotes inclusivity, and empowers every student to reach their full potential in mathematics.

Explain some of the problems associated with attaining technological equity in elementary mathematics classrooms.

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There are several problems associated with attaining technological equity in elementary mathematics classrooms. One major issue is the lack of access to technology for all students. Not all schools have the resources to provide each student with a device or access to the internet, leading to unequal opportunities for learning. This can create a digital divide, where some students have access to technology and others do not, impacting their ability to engage with digital learning tools and resources.

Another problem is the lack of teacher training and support in integrating technology into the mathematics curriculum. Many teachers may not feel confident in using technology effectively or may not have the necessary professional development to incorporate it into their lessons. This can result in a disparity in the quality of instruction and learning experiences for students.

Additionally, there may be issues with the availability and quality of educational technology resources. Not all schools may have access to the latest educational software, apps, or online resources for teaching mathematics. This can limit the effectiveness of technology in enhancing students' understanding and engagement with mathematical concepts.

Furthermore, there may be concerns about the potential for technology to exacerbate existing inequalities. For example, if students are assigned online homework but not all students have internet access at home, this could widen the achievement gap between students from different socioeconomic backgrounds.

Overall, achieving technological equity in elementary mathematics classrooms requires addressing these challenges and ensuring that all students have equal access to technology and the support they need to effectively integrate it into their learning experiences.

In Response to Intervention (RtI), the categories for placing students are called: ​

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Multiculturalism in mathematics is best exemplified by all of the following except for :

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One key reason that culturally and linguistically diverse students have difficulty in math classes is that: ​

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A student who can perform extremely well in gymnastics is exhibiting Gardner's intelligence called:

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Give three concrete examples of how you can help children with disabilities in your future mathematics classroom.

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Mathematics materials that will foster multiculturalism may be drawn from all of the following except:

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Teachers of culturally and linguistically diverse students should be sure to use: ​

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Technological equity refers to: ​

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To help culturally and linguistically diverse students feel welcome in the mathematics classroom, the teacher should do all of the following except: ​

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When teaching culturally and linguistically diverse (CLD)students, the teacher should include all of the following except: ​

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All of the following are helpful accommodations for culturally and linguistically diverse learners except for : ​

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Give some reasons why you think that girls have a lower interest in mathematics than boys at every grade level and why their interest declines every year from grade 7 through high school.

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A student who can see how to redesign spaces to flow more logically is exhibiting Gardner's intelligence called:

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Gifted and talented students are: ​

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The only mathematics area in which young boys show a higher natural ability than young girls is:

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Differentiated instruction may take place with all of the following except for : ​

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Research has shown that boys are: ​

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