Answers
Answer:
ñàáâäæãåāā£¢€~π•√×∆¶¥€¢£™®©\℅[]
Related Questions
Describe how the observation toolſform you chose is used. Why are observation and documentation important
parts of program management? How do you ensure that you are accuratelylobjectively observing and tracking
each child's developmental and learning progress?
This should be one paragraph (300-500 words in length). This must be typed in 12 point font, spell-checked,
written in full sentences, and grammatically correct.
Answers
Answer:
Explanation:
Observation Tools
Programs must select either the Environment Rating Scale (ERS) and/or the Classroom Assessment Scoring System™ (CLASS™) observation tool and complete the required training for that tool.
Classroom Assessment Scoring System (CLASS)
CLASS is an observation tool that measures the effectiveness of classroom interactions among teachers and children, including emotional support, classroom organization and instructional support. These daily interactions promote children’s social and cognitive development.
CLASS observation tools have been developed for Infant, Toddler, Pre–K, K–3, Upper Elementary and Secondary age groups. At every age level, CLASS focuses on interactions that support learning.
The CLASS Self Assessment Form can be used by directors and teachers to internally identify strengths and focus on changes the program plans to make. Access to the CLASS Self Assessment form.
Environment Rating Scales (ERS)
ERS is an observation tool that assesses the quality of interactions between adults and children, including classroom schedules, materials and spaces available and accessible to children. The use of ERS is a widely accepted method of evaluating and improving the quality of home– and center–based programs.
Environment Rating Scales is broadly defined and currently includes the Early Childhood Environment Rating Scale-Third Edition (ECERS-3), the Infant Toddler Environment Rating Scale-Third Edition (ITERS–3), and the Family Child Care Environment Rating Scale–Revised (FCCERS–R).
The ERS Self Assessment Form can be used by directors and teachers to internally identify strengths and focus on changes the program plans to make. Access to the ERS Self Assessment form.
Interested in Becoming a Nebraska Approved Observer?
The Nebraska Department of Education, Office of Early Childhood is recruiting individuals to join a cadre of early childhood professionals to conduct observations for Step Up to Quality in community child care programs, family child care homes, school district programs, Head Start programs and for Results Matter in public school district early childhood programs.
Tools used for observations will be Environment Rating Scales (ERS) for preschool (ECERS-3), infants and toddlers (ITERS-3) and family child care homes (FCCERS-R) and Classroom Assessment Scoring System (CLASS) for Pre-K, Toddlers and Infants.
Qualifications
Observers must meet the following qualifications:
A minimum of an Associate degree in Early Childhood, Child Development or a related field; a Bachelor’s degree in Early Childhood, Child Development or related field is preferred
Use the isosceles triangle through them to solve for X
Answers
Answer:
122 degs
Explanation:
If that angle is 148 degs, and if the angle next to it is supplementary, that means that you can do 180 - 148 to find the angle next to the given.
The angle by the 148 is therefore 32.
It shows that the 32 + another angle is 90 degs because of the symbol, so the angle by it is 90 -32 = 58.
If the triangle is isosceles, that means that the angle by the x is also 58, due to the two hashes through two legs of the triangle.
If they are also supplementary, you can do 180 - 58 to find the answer.
122.
You can do some other methods, such as using the isosceles legs theorem or something I forgot to find x quickly.
Find the (a) mean, (b) median, (c) mode, and (d) midrange for the data and then (e) answer the given question.
Listed below are the jersey numbers of 11 players randomly selected from the roster of a championship sports team. What do the results tell us?
24 26 89 16 38 69 93 3 1 80 49
Answers
The statistical values such as mean, Median and mode gives measure of centre of a data, while the midrange gives information about the spread. Hence, the statistical measures are :
Mean = 44.36Median = 38Mode = 1, 3, 16, 24, 26, 38, 49, 69, 80, 89, 93Midrange = 46Given the data :
1, 3, 16, 24, 26, 38, 49, 69, 80, 89, 93Mean = [Σx ÷ n]
Mean = (24+26+89+16+38+69+93+3+1+80+49) / 11
Mean = (488 ÷ 11) = 44.36
The median :
0.5(n + 1)th termMedian = 0.5(11 + 1) = 6th term
Median = 38
The Mode :
The most frequently occurring value in a distribution ; since each the value occur just one, then there is no single mode value.
The midrange :
(maximum - minimum) / 2Midrange = (93 - 1) / 2
Midrange = 92/2 = 46
Therefore, the midrange is the value of the range divided by 2.
Learn more :
