RAMAY JUNIOR HIGH SCHOOL401 S. SANG AVE.,FAYETTEVILLE, AR 72701
Arkansas Comprehensive School Improvement Plan
2009-2010
The mission of Ramay Junior High School is to provide the best possible education for all students. We recognize that education provides opportunities for the development of students as individuals, as contributing family members, and as members of the school and community. All students can learn and will be encouraged to think and work both independently and cooperatively. Thus the individual will not only be encouraged to recognize his or her own abilities and appreciate those of others but also to develop curiosity and to acquire a desire for lifelong learning. We believe students should develop competencies in both basic skills and in critical thinking. The experience of combining knowledge with evaluative skills will effectively promote the student's continuing education as well as provide a secure foundation for the future. Since a positive school environment is essential to learning, all aspects of the school environment will be continually evaluated and adjusted. In order to create such an environment, cooperation and respect are just as vital as appropriate facilities and an effective program. Further, students must be allowed to make many of their own decisions and to be encouraged to take the responsibility for them.
Table of Contents
In 2007, 71% of combined students scored at or above proficient on Benchmark-8th grade Literacy Exam; 57% of African American students scored at or above proficient; 59% of Hispanic students scored at or above proficient; 76% of Caucasian students scored at or above proficient; 56% of Socio Economic Deprived Students students scored at or above proficient; 50% of LEP students scored at or above proficient; 22% of Students with Disabilities students scored at or above proficient; The lowest identified areas for the combined population were: multiple choice writing, open response content passages, and writing content and style domains. The lowest identified areas for African American were: multiple choice writing, open response content passages, and writing content and style domains. The lowest identified areas for Hispanic were: multiple choice writing, open response content passages, and writing content and style domains. The lowest identified areas for Caucasians were: multiple choice writing, open response content passages and writing content and style domains. The lowest identified areas for LEP students were: multiple choice writing, open response content passages, and writing content and style domains. The lowest identified areas for Students with Disabilities were: multiple choice writing, open response content passages, and writing content and style domain. The lowest identified areas for Socio Economic Deprived were: multiple choice writing, open response content passages, and writing content and style domains.
In 2008, 80% of combined students scored at or above proficient on Benchmark-8th grade Literacy Exam; 63% of African American students scored at or above proficient; 58% of Hispanic students scored at or above proficient; 89% of Caucasian students scored at or above proficient; 68% of Socio Economic Deprived Students students scored at or above proficient; 50% of LEP students scored at or above proficient; 38% of Students with Disabilities students scored at or above proficient; The lowest identified areas for the combined population were: multiple choice content, open response literary, and writing content and style domains. The lowest identified areas for African American were: multiple choice content, open response literary, and writing content and style domains. The lowest identified areas for Hispanic were: multiple choice content, open response literary, and writing content and style domains. The lowest identified areas for Caucasians were: multiple choice writing, open response literary, and writing content and style domains. The lowest identified areas for LEP students were: multiple choice literary, open response literary, and writing content and style domains. The lowest identified areas for Students with Disabilities were: multiple choice content,open response literary, and writing content and style domains. The lowest identified areas for Socio Economic Deprived were: multiple choice content, open response literary, and writing content and style domains.
In 2009, 79% of combined students scored at or above proficient on Benchmark-8th grade Literacy Exam; 62% of African American students scored at or above proficient; 73% of Hispanic students scored at or above proficient; 84% of Caucasian students scored at or above proficient; 66% of Socio Economic Deprived Students students scored at or above proficient; 69% of LEP students scored at or above proficient; 18% of Students with Disabilities students scored at or above proficient; The lowest identified areas for the combined population were: multiple choice content passages, open response literacy passages, and writing multiple choice and style domains. The lowest identified areas for African American were: multiple choice content passages, open response literacy passages, and writing content and multiple choice domains. The lowest identified areas for Hispanic were: muliple choice content passages, open response literacy passages, and writing content, style, and multiple choice domains. The lowest identified areas for Caucasians were: multiple choice content passages, open response literacy passages, and writing style and multiple choice domains. The lowest identified areas for LEP students were: multiple choice content passages, open response literacy passages, and writing style and multiple choice domains. The lowest identified areas for Students with Disabilities were: multiple choice content passages, open response literacy passages, and writing style and multiple choice domains. The lowest identified areas for Socio Economic Deprived were: multiple choice content passages, open response literacy passages, and writing style and multiple choice domains.
In 2007, 60% of combined students scored at or above proficient on Benchmark- 8th Grade Mathematics Exam; 41% of African American students scored at or above proficient; 37% of Hispanic students scored at or above proficient: 66% of Caucasian students scored at or above proficient; 39% of Socio Economic Deprived Students students scored at or above proficient; 40% of LEP students scored at or above proficient; 5% of Students with Disabilities students scored at or above proficient; The lowest identified areas for the combined population were: multiple choice algebra, multiple choice measurement, open response number sense, properties, and operations, and open response measurement. The lowest identified areas for African American were: multiple choice measurement, multiple choice multiple choice data analysis and probability, open response number sense, properties, and operations, and open response measurement. The lowest identified areas for Hispanic were: multiple choice algebra, and multiple choice measurement, open response number sense, properties, and operations, and open response measurement. The lowest identified areas for Caucasians were: multiple choice number sense, properties, and operations, multiple choice measurement, open response number sense, properties, and operations, and open response measurement. The lowest identified areas for LEP students were: multiple choice algebra, multiple choice measurement, open response number sense, properties, and operations, and open response measurement. The lowest identified areas for Students with Disabilities were: multiple choice number sense, properties, and operations, multiple choice measurement, open response number sense, properties, and operations, and open response measurement. The lowest identified areas for Socio Economic Deprived were: multiple choice measurement, multiple choice data analysis and probability, open response number sense, properties, and operations, and open response measurement.
In 2008, 70% of combined students scored at or above proficient on Benchmark- 8th Grade Mathematics Exam; 55% of African American students scored at or above proficient; 39% of Hispanic students scored at or above proficient: 78% of Caucasian students scored at or above proficient; 52% of Socio Economic Deprived Students students scored at or above proficient; 30% of LEP students scored at or above proficient; 28% of Students with Disabilities students scored at or above proficient; The lowest identified areas for the combined population were: multiple choice numbers and operations, multiple choice measurement,open response measurement, and open response numbers and operations. The lowest identified areas for African American were: multiple choice numbers and operations, multiple choice measurement, open response measurement, and open response numbers and operations. The lowest identified areas for Hispanic were: multiple choice numbers and operations, multiple choice measurement, open response numbers and operations, and open response measurement. The lowest identified areas for Caucasians were: multiple choice numbers and operations, multiple choice measurement, open response numbers and operations, and open response algebra. The lowest identified areas for LEP students were: multipe choice numbers and operations, multiple choice measurement, open response, numbers and operations, and open response measurement. The lowest identified areas for Students with Disabilities were: multiple choice measurement, multiple choice measurement, open response numbers and operations, and open response measurement. The lowest identified areas for Socio Economic Deprived were: multiple choice numbers and operations, multiple choice measurement, open response numbers and operations, and open response measurement.
In 2009, 72% of combined students scored at or above proficient on Benchmark- 8th Grade Mathematics Exam; 53% of African American students scored at or above proficient; 67% of Hispanic students scored at or above proficient: 79% of Caucasian students scored at or above proficient; 58% of Socio Economic Deprived Students students scored at or above proficient; 60% of LEP students scored at or above proficient; 24% of Students with Disabilities students scored at or above proficient; The lowest identified areas for the combined population were: multiple choice numbers and operations, multiple choice geometry, open response geometry, and open response numbers and operations. The lowest identified areas for African American were: multiple choice geometry, multiple choice numbers and operations, open response geometry, and open response numbers and operations. The lowest identified areas for Hispanic were: multiple choice geometry, multiple choice numbers and operations, open response geometry and open response numbers and operations. The lowest identified areas for Caucasians were: multiple choice numbers and operations, multiple choice data analysis and probability, open response geometry, and open response numbers and operations. The lowest identified areas for LEP students were: multiple choice geometry, multiple choice numbers and operations, open response geometry, and open response algebra. The lowest identified areas for Students with Disabilities were: multiple choice numbers and operations, multiple choice data analysis and probability, open response algebra, and open response numbers and operations. The lowest identified areas for Socio Economic Deprived were: multiple choice geometry, multiple choice numbers and operations, open response geometry, and open response numbers and operations.
In 2007, 81% of combined students scored at or above proficient on Grade 9 Algebra End of Course Exam; 64% of African American students scored at or above proficient: 74% of Hispanic students scored at or above proficient: 85% of Caucasian students scored at or above proficient; 63% of Socio Economic Deprived Students students scored at or above proficient; 65% of LEP students scored at or above proficient:. 60% of Students with Disabilities students scored at or above proficient; The lowest identified areas for the combined population were: multiple choice language of algebra, multiple choice solve equations and inequalities, open response language of algebra, and open response data integration and probabilty. The lowest identified areas for African American were: multiple choice solve equations and inequalities, multiple choice data integration and probability, open response language of algebra, and open response data integration and probability. The lowest identified areas for Hispanic were: multiple choice language of algebra, multiple choice solve equations and inequalities, open response language of algebra, and open response data integration and probability. The lowest identified areas for Caucasians were: multiple choice language of algebra, multiple choice solve equations and inequalities, open response language of algebra, and open response data integration and probability. The lowest identified areas for LEP students were: multiple choice linear functions, multiple choice data integration and probabilty, open response language of algebra, and open response data integration and probability. The lowest identified areas for Students with Disabilities were: multiple choice language of algebra, multiple choice solve equations and inequalities, open response language of algebra, and open response data integration and probability. The lowest identified areas for Socio Economic Deprived were: multiple choice solve equations and inequalities, multiple choice data integration and probabilty, open response language of algebra, and open response data integration and probabilty.
In 2008, 75% of combined students scored at or above proficient on Grade 9 Algebra End of Course Exam; 74% of African American students scored at or above proficient: 62% of Hispanic students scored at or above proficient: 78% of Caucasian students scored at or above proficient; 67% of Socio Economic Deprived Students students scored at or above proficient; 54% of LEP students scored at or above proficient:. 35% of Students with Disabilities students scored at or above proficient; The lowest identified areas for the combined population were: multiple choice solving equations and inequalities, multiple choice non-linear functions, open response linear functions, and open response solving equations and inequalities. The lowest identified areas for African American were: multiple choice solving equations and inequalities, multiple choice non-linear functions, open response solving equations and inequalities, and open response linear functions. The lowest identified areas for Hispanic were: multiple choice language of algebra, multiple choice solving equations and inequalities, open response solving equations and inequalities, and open response linear functions. The lowest identified areas for Caucasians were: multiple choice language of algebra, multiple choice non-linear functions, open response solving equations and inequalities, and open response linear functions. The lowest identified areas for LEP students were: multiple choice linear functions, multiple choice solving equations and inequalities, open response solving equations and inequalities, and open response linear functions. The lowest identified areas for Students with Disabilities were: multiple choice linear functions, multiple choice data interpretation and probability, open response solving equations and inequalities and open response linear functions. The lowest identified areas for Socio Economic Deprived were: multiple choice solving equations and inequalities, multiple choice non-linear functions, open response solving equations and inequalities, and open response linear functions.
In 2009, 82% of combined students scored at or above proficient on Grade 9 Algebra End of Course Exam; 70% of African American students scored at or above proficient: 73% of Hispanic students scored at or above proficient: 87% of Caucasian students scored at or above proficient; 74% of Socio Economic Deprived Students students scored at or above proficient; 73% of LEP students scored at or above proficient:. 67% of Students with Disabilities students scored at or above proficient; The lowest identified areas for the combined population were: multiple choice language of algebra, multiple choice non-linear functions, open response non-linear functions, and open response data interpretation and probability. The lowest identified areas for African American were: multiple choice language of algebra, multiple choice non-linear functions, open response non-linear functions, and open response data interpretation and probability. The lowest identified areas for Hispanic were: multiple choice language of algebra, multiple choice data interpretation and probability, open response non-linear functions, and open response data interpretation and probability. The lowest identified areas for Caucasians were: multiple choice language of algebra, multiple choice non-linear functions, open response language of algebra, and open response non-linear functions. The lowest identified areas for LEP students were: multiple choice language of algebra, multiple choice data interpretation and probability, open response non-linear functions, and open response data interpretation and probability. The lowest identified areas for Students with Disabilities were: multiple choice solving equations and inequalities, multiple choice data interpretaion and probabilty, open response linear functions, open response non-linear functions, and open response data interpretation and probability. The lowest identified areas for Socio Economic Deprived were: multiple choice language of algebra, multiple choice non-linear functions, open response non-linear functions, and open response data interpretation and probability.
In 2007, 99% of combined students scored at or above proficient on Grade 9 Geometry End of Year Course Exam; Less than 10 African American Students were tested. Less than 10 Hispanic Students were tested. 99% of Caucasian students scored at or above proficient; 100% of Socio Economic Deprived Students scored at or above proficient. Less than 10 LEP students were tested. Less than 10 Students with Disabilities students were tested. The lowest identified areas for the combined population were: multiple choice triangles, multiple choice measurement, open response language of geometry, and open response triangles. The lowest identified areas for African American were: Less than 10 students were tested. The lowest identified areas for Hispanic were: Less than 10 students were tested. The lowest identified areas for Caucasians were: multiple choice language of geometry, multiple choice triangles, open response language of geometry, and open response triangles. The lowest identified areas for LEP students were: Less than 10 students were tested. The lowest identified areas for Students with Disabilities were: Less than 10 students were tested. The lowest identified areas for Socio Economic Deprived were: multiple choice triangles, multiple choice measurement, open response triangles, and open response coordinate geometry and transformations.
In 2008, 98% of combined students scored at or above proficient on Grade 9 Geometry End of Year Course Exam; of African American students scored at or above proficient Less than 10 Hispanic students were tested. 99% of Caucasian students scored at or above proficient; 100% of Socio Economic Deprived Students scored at or above proficient. Less than 10 LEP students were tested. Less than 10 students with Disabilities were tested. The lowest identified areas for the combined population were: multiple choice language of geometry, multiple choice coordinate geometry and transformations, open response language of geometry, and open response coordinate geometry and transformations. The lowest identified areas for African American were: multiple choice measurement, multiple choice coordinate geometry and transformations, open response language of geometry, and open response coordinate geometry and transformations. The lowest identified areas for Hispanic were: multiple choice language of geometry, multiple choice coordinate geometry and transformations, open response language of geometry, open response measurement, and open response coordinate geometry and transformations. The lowest identified areas for Caucasians were: multiple choice language of geometry, multiple choice coordinate geometry and transformations, open response language of geometry, and open response coordinate geometry and transformations. The lowest identified areas for LEP students were: Less than 10 students were tested. The lowest identified areas for Students with Disabilities were: Less than 10 students were tested. The lowest identified areas for Socio Economic Deprived were: multiple choice language of geometry, multiple choice relationships between two and three dimensions, open response language of geometry, and open response coordinate geometry and transformations.
In 2009, 100% of combined students scored at or above proficient on Grade 9 Geometry End of Year Course Exam; Less than 10 African American students were tested. Less than 10 Hispanic students were tested. 100% of Caucasian students scored at or above proficient; 100% of Socio Economic Deprived Students scored at or above proficient. Less than 10 LEP students were tested. Less than 10 Students with Disabilities were tested. The lowest identified areas for the combined population were: multiple choice relationship between two and three dimensions, multiple choice coordinate geometry and transformations, open response triangles, and open response coordinate geometry and transformations. Less than 10 African American students were tested. Less than 10 Hispanic students were tested. The lowest identified areas for Caucasians were: multiple choice relationships between two and three dimensions, multiple choice coordinate geometry and transformations, open response triangles, open response coordinate geometry and transformations. Less than 10 LEP students were tested. Less than 10 Students with Disabilities were tested. The lowest identified areas for Socio Economic Deprived were: multiple choice measurement, multiple choice coordinate geometry and transformations, open response measurement, and open response coordinate geometry and transformations.