Year 7 Pathways
Art
Year 7 Art & Design Pathway Descriptors – Assessment Success Criteria – Autumn 1 |
Mastery |
Secure |
Developing |
Emerging |
Has drawn the outline shape with accuracy
|
Has drawn the outline with some accuracy |
An attempt at an accurate shape has been made |
The outline shape lacks any accuracy |
Successfully observes all of the detail within the tomato
|
Successfully observes some of the detail within the tomato |
Includes some detail but it lacks precision |
Very little detail included |
Skilfully and confidently uses shading or colour to include reflective surfaces in order to create a realistic effect
|
A good understanding of different tones but reflective surfaces have not been included |
Some understanding of how to use shading but only a limited range of tones have been used and the drawing lacks some detail |
Shading or colour lacks depth, dimension and accuracy and the drawing is poorly presented |
Year 7 Art & Design Pathway Descriptors – Assessment Success Criteria – Autumn Term 2
Mastery |
Secure |
Developing |
Emerging |
Colours accurately resemble the original painting by O’Keeffe.
|
Most colours have been mixed to resemble the original O’Keeffe painting. |
Some colours have been mixed to resemble the original painting by O’Keeffe but a wider variety of shades are needed. |
Very little effort with colour mixing has been made. A minimal variety of shades have been used. |
Colours have been blended skilfully and painting techniques have been used with confidence.
|
Colours have been blended well and a suitable painting technique has been attempted. |
Colours have been blended but overall the work lacks accuracy. |
Poor use of technique and colours have not been blended effectively. |
Work is beautifully presented and shows an overall accurate representation of the original painting.
|
Work is mostly well presented and care has been taken to replicate the original painting. |
Some areas of the painting are well presented but overall there is a lack of attention to detail. |
Work is poorly presented and shows little resemblance to the original artwork. |
Computing
Weeks |
Unit of Study |
Emerging |
Developing |
Secure |
Mastery |
6 |
Introduction Unit & Base Line Testing |
Student has the basic skills and understanding to perform planned tasks on the computer.
Student demonstrates the ability to use a number of skills including Formatting, Wrap Text and Importing images with some success |
Student has good basic skills and understanding to perform planned tasks on the computer.
Student demonstrates the ability to use a number of skills including Layout, Formatting, Wrap Text and Importing images in their Poster to meet the needs of the end user. |
Student has good skills and understanding to perform planned tasks on the computer.
Student demonstrates the ability to use a number of skills including Layout, Formatting, Wrap Text and Importing images in their Poster to meet the needs of the end user and can attempt to justify their decisions. |
Student has excellent skills and understanding to perform planned tasks on the computer.
Student demonstrates the ability to use a number of skills including Layout, Formatting, Wrap Text and Importing images in their Poster to a high standard, to meet the needs of the end user and can clearly justify their decisions. |
6 |
E-Safety & Cyber Security |
Student has a basic knowledge of some e-safety and cyber-security terms and concepts.
Student recognises and understands simple ways to stay safe online.
Student shows a growing awareness of some issues of being online. |
Student has a good basic knowledge of some e-safety and cyber-security terms and concepts.
Student is developing their basic understanding of ways to stay safe online.
Student shows an accurate understanding of some issues of being online. |
Student has a good knowledge of most e-safety and cyber-security terms and concepts.
Student is developing a good knowledge of the ways to stay safe online and minimise risk.
Student can describe accurately a range of issues of being active online. |
Student has excellent knowledge of all e-safety and cyber-security terms and concepts.
Student has established a strong understanding of the ways to stay safe online and minimise risk.
Student can describe and explain in detail, using keywords, terminology and laws, a range of issues of being active online. |
8 |
Social Media |
Student has a basic knowledge of social media.
Student recognises and understands simple benefits of using social media.
Student shows a growing awareness of some of the dangers of social media. |
Student has a good basic knowledge of social media.
Student is developing their basic understanding of the benefits of using social media.
Student shows an accurate understanding of some of the dangers of social media. |
Student has a good knowledge of social media.
Student is developing a good knowledge of the benefits of using social media
Student can describe accurately a range of dangers of social media. |
Student has excellent knowledge of social media.
Student has established a strong understanding of the benefits of using social media
Student can describe and explain in detail, using keywords, terminology and laws, a range of dangers of social media. |
7 |
Games Programming in Scratch |
Student has a basic knowledge of some block programming.
Student recognises and understands simple programming terms.
Student shows a growing understanding of how to perform the basic instructions required to make a program to complete a task. |
Student has a good basic knowledge of some block programming.
Student is developing their basic understanding of programming terms.
Student shows an accurate understanding of how to perform the basic instructions required to make a program to complete a task. |
Student has a good knowledge of block programming.
Student is developing a good knowledge of programming terms.
Student can describe accurately the steps on how to perform the instructions required to make a program to complete a task.
|
Student has excellent knowledge of block programming.
Student has established a strong understanding of programming terms.
Student can describe and explain in detail, using keywords and terminology, the steps on how to perform the instructions required to make a program to complete a task. |
6 |
Artificial Intelligence |
Student has a basic knowledge of artificial intelligence.
Student recognises and understands simple benefits of AI.
Student shows a growing awareness of some issues of AI. |
Student has a good basic knowledge of artificial intelligence.
Student is developing their basic understanding of the benefits of AI.
Student shows an accurate understanding of some issues of AI |
Student has a good knowledge of artificial intelligence.
Student is developing a good knowledge of the benefits of AI.
Student can describe accurately a range of issues of AI. |
Student has excellent knowledge of artificial intelligence.
Student has established a strong understanding of the benefits of AI.
Student can describe and explain in detail, using keywords, terminology and laws, a range of issues of AI |
Geography
History
Pathway |
Working towards GCSE Grade |
Year 7 criteria |
Emerging |
1-3 |
|
Developing |
4-5 |
|
Secure |
6 |
|
Mastery |
7-9 |
|
Maths
Year 7 Spring Support-Core
Emerging
- Know what each digit represents in numbers with up to 2 decimal places.
- Know square numbers 6 × 6 to 9 × 9
- Find the perimeter/area of a square/rectangle.
- Measure lines to the nearest millimetre.
- Find the range of a small set of data.
- Order positive and negative integers.
Developing
- Know what each digit represents in numbers with up to 2 decimal places.
- Know square numbers 6 × 6 to 9 × 9
- Find the perimeter/area of a square/rectangle.
- Measure lines to the nearest millimetre.
- Find the range of a small set of data.
- Order positive and negative integers.
- Reduce a ratio to its simplest form.
- Convert terminating decimals to fractions.
- Multiply and divide decimals by 10, 100, 1000, and explain the effect.
- Use function machines to create expressions.
- Calculate and interpret the mean as an average.
- Calculate the median of a set of data.
- On paper and using ICT, construct bar charts and line graphs to represent data.
Secure
- Know what each digit represents in numbers with up to 2 decimal places.
- Know square numbers 6 × 6 to 9 × 9
- Find the perimeter/area of a square/rectangle.
- Measure lines to the nearest millimetre.
- Find the range of a small set of data.
- Order positive and negative integers.
- Reduce a ratio to its simplest form.
- Convert terminating decimals to fractions.
- Multiply and divide decimals by 10, 100, 1000, and explain the effect.
- Use function machines to create expressions.
- Calculate and interpret the mean as an average.
- Calculate the median of a set of data.
- On paper and using ICT, construct bar charts and line graphs to represent data.
- Use appropriate strategies to multiply and divide mentally, including by multiples of 10, 100 and 1000.
- Round decimals to the nearest whole number.
- Round numbers to a specified number of decimal places.
- Divide numbers up to 4 digits by numbers up to 12 using the formal written method of short division, where appropriate interpret remainders according to the context and use reasoning to find a solution.
- Find roots of square numbers up to 100 (i.e. roots up to 10).
- Understand the difference between factors, multiples and prime numbers.
- Understand the difference between factors, multiples and prime numbers.
- Know and use the order of operations
- Simplify simple linear algebraic expressions by collecting like terms.
- Simplify expressions involving multiplication and division.
- Multiply 2-, 3-, and 4-digit numbers by numbers up to 12 using short multiplication or another appropriate formal written method and solve word problems involving multiplication of money and measures.
- Solve simple problems involving units of measurement in the context of length and area.
- Simplify algebraic expressions by collecting like terms.
- From a frequency table, calculate the range and identify the interval containing the median and mode.
- Extract data and interpret frequency tables.
- Calculate the areas of more complex shapes made from rectangles.
- Use ratio notation.
- Convert between simple metric units.
Mastery
- Know what each digit represents in numbers with up to 2 decimal places.
- Know square numbers 6 × 6 to 9 × 9
- Find the perimeter/area of a square/rectangle.
- Measure lines to the nearest millimetre.
- Find the range of a small set of data.
- Order positive and negative integers.
- Reduce a ratio to its simplest form.
- Convert terminating decimals to fractions.
- Multiply and divide decimals by 10, 100, 1000, and explain the effect.
- Use function machines to create expressions.
- Calculate and interpret the mean as an average.
- Calculate the median of a set of data.
- On paper and using ICT, construct bar charts and line graphs to represent data.
- Use appropriate strategies to multiply and divide mentally, including by multiples of 10, 100 and 1000.
- Round decimals to the nearest whole number.
- Round numbers to a specified number of decimal places.
- Divide numbers up to 4 digits by numbers up to 12 using the formal written method of short division, where appropriate interpret remainders according to the context and use reasoning to find a solution.
- Find roots of square numbers up to 100 (i.e. roots up to 10).
- Understand the difference between factors, multiples and prime numbers.
- Understand the difference between factors, multiples and prime numbers.
- Know and use the order of operations
- Simplify simple linear algebraic expressions by collecting like terms.
- Simplify expressions involving multiplication and division.
- Multiply 2-, 3-, and 4-digit numbers by numbers up to 12 using short multiplication or another appropriate formal written method and solve word problems involving multiplication of money and measures.
- Solve simple problems involving units of measurement in the context of length and area.
- Simplify algebraic expressions by collecting like terms.
- From a frequency table, calculate the range and identify the interval containing the median and mode.
- Extract data and interpret frequency tables.
- Calculate the areas of more complex shapes made from rectangles.
- Use ratio notation.
- Convert between simple metric units.
- Begin to multiply a single positive term over a bracket containing linear terms.
- Subtract integers and decimals with up to two decimal places each.
- Construct linear expressions from worded descriptions, using addition and subtraction.
- Use a ratio to find one quantity when the other is known.
- Solve problems involving the relative sizes of two quantities where missing values can be found by using integer multiplication and division facts.
- Solve problems involving the relative sizes of two quantities where missing values can be found by using integer multiplication and division facts.
- Multiply and divide decimals by 10, 100, 1000, and explain the effect.
- Convert improper fractions to mixed numbers.
- Use one calculation to find the answer to another.
- Convert a terminating decimal to a fraction and simplify the fraction.
- Find non-unit fractions of amounts.
- Add and subtract fractions – proper and improper, positive and negative.
- Multiply and divide decimals – positive and negative.
- Understand the relationship between fractions and ratios, write fractions as ratios and ratios as fractions.
- Express one given number as a percentage of another.
Core - Depth pathway descriptors
Year 7 Summer assessment
Emerging
Order positive decimals as a list with the smallest on the left (decimals should be to 4 or 5 significant figures).
Developing
Extend mental methods of calculation to include percentages.
Convert improper fractions to mixed numbers.
Round to a given number of decimal places.
Calculate and interpret the mean as an average.
Simplify expressions involving multiplication and division.
Order positive decimals as a list with the smallest on the left (decimals should be to 4 or 5 significant figures).
Secure
Solve problems involving the relative sizes of two quantities where missing values can be found by using integer multiplication and division facts.
Compare and order fractions, including fractions > 1.
Find the theoretical probability of an event happening.
Find the theoretical probability of an event happening.
Find the theoretical probability of an event happening.
Find non-unit fractions of amounts.
Express one given number as a percentage of another.
Substitute positive integers into simple formulae expressed in letter symbols.
Plot and draw graphs of straight lines using a table of values given in the form y = mx + c
Plot and draw graphs of straight lines using a table of values given in the form y = mx + c
Find the next term in a sequence, including negative values.
Extend mental methods of calculation to include percentages.
Convert improper fractions to mixed numbers.
Round to a given number of decimal places.
Calculate and interpret the mean as an average.
Simplify expressions involving multiplication and division.
Order positive decimals as a list with the smallest on the left (decimals should be to 4 or 5 significant figures).
Mastery
Divide numbers up to 4 digits by a 2-digit whole number using the formal written method of long division.
Understand the effect of multiplying by any integer power of 10.
Convert a smaller whole number metric unit to a larger unit.
Understand the effect of multiplying by any integer power of 10.
Convert a smaller whole number metric unit to a larger unit.
Solve problems involving simple ratios, i.e. unequal sharing and grouping using knowledge of fractions and multiples.
Reduce a ratio to its simplest form.
Identify coordinates on the full coordinate grid; find missing coordinates for a vertex on a polygon or line.
Given the coordinates of points A and B, calculate the midpoint of AB.
Simplify after multiplying a single term over a bracket.
Interpret and write ratios to describe a situation.
Reduce a ratio to its simplest form.
Write expressions to solve problems representing a situation.
Calculate perimeter and area of compound shapes made from triangles, rectangles and other shapes.
Multiply and divide decimals – positive and negative
Recognise angles where they meet at a point, are on a straight line, or are vertically opposite, and find missing angles.
Recognise angles where they meet at a point, are on a straight line, or are vertically opposite, and find missing angles.
Find the theoretical probability of an event happening.
Find the theoretical probability of an event happening.
Solve problems involving the relative sizes of two quantities where missing values can be found by using integer multiplication and division facts.
Compare and order fractions, including fractions > 1.
Find the theoretical probability of an event happening.
Find the theoretical probability of an event happening.
Find the theoretical probability of an event happening.
Find non-unit fractions of amounts.
Express one given number as a percentage of another.
Substitute positive integers into simple formulae expressed in letter symbols.
Plot and draw graphs of straight lines using a table of values given in the form y = mx + c
Plot and draw graphs of straight lines using a table of values given in the form y = mx + c
Find the next term in a sequence, including negative values.
Extend mental methods of calculation to include percentages.
Convert improper fractions to mixed numbers.
Round to a given number of decimal places.
Calculate and interpret the mean as an average.
Simplify expressions involving multiplication and division.
Order positive decimals as a list with the smallest on the left (decimals should be to 4 or 5 significant figures).
Support- Core pathway descriptors year 7 summer assessment
Emerging
Order positive and negative integers
Order positive decimals as a list with the smallest on the left (decimals should be to 4 or 5 significant figures).
Developing
Use appropriate strategies to multiply and divide mentally, including by multiples of 10, 100 and 1000, and solve scaling problems and problems involving rate.
Calculate the median of a set of data.
Know and use the order of operations.
Extend mental methods of calculation to include percentages.
Simplify expressions involving multiplication and division.
Order positive and negative integers
Order positive decimals as a list with the smallest on the left (decimals should be to 4 or 5 significant figures).
Secure
List the properties of each, or identify (name) a given shape
Begin to multiply a single positive term over a bracket containing linear terms.
Solve problems involving the relative sizes of two quantities where missing values can be found by using integer multiplication and division facts.
Use sum of angles in a triangle to find missing angle values.
Round to a given number of decimal places.
Calculate and interpret the mean as an average.
Use appropriate strategies to multiply and divide mentally, including by multiples of 10, 100 and 1000, and solve scaling problems and problems involving rate.
Calculate the median of a set of data.
Know and use the order of operations.
Extend mental methods of calculation to include percentages.
Simplify expressions involving multiplication and division.
Order positive and negative integers
Order positive decimals as a list with the smallest on the left (decimals should be to 4 or 5 significant figures).
Mastery
Solve problems using standard units; read scales with accuracy.
Apply the property that the probabilities of an exhaustive set of outcomes sum to 1.
Add and subtract fractions – proper and improper, positive and negative.
Find a specific term in the sequence using term-to-term rules
Solve problems involving the relative sizes of two quantities where missing values can be found by using integer multiplication and division facts.
Compare and order fractions, including fractions > 1
Find the theoretical probability of an event happening.
Divide numbers up to 4 digits by a 2-digit whole number using the formal written method of long division.
Understand the effect of multiplying by any integer power of 10.
Convert a smaller whole number metric unit to a larger unit.
Solve problems involving simple ratios, i.e. unequal sharing and grouping using knowledge of fractions and multiples. Reduce a ratio to its simplest form.
Estimate the number of times an event will occur, given the probability and the number of trials.
Substitute positive integers into simple formulae expressed in letter symbols.
Plot and draw graphs of straight lines using a table of values given in the form y = mx + c
Write expressions to solve problems representing a situation.
Calculate perimeter and area of compound shapes made from triangles, rectangles and other shapes.
Multiply and divide decimals – positive and negative
List the properties of each, or identify (name) a given shape
Begin to multiply a single positive term over a bracket containing linear terms.
Solve problems involving the relative sizes of two quantities where missing values can be found by using integer multiplication and division facts.
Use sum of angles in a triangle to find missing angle values.
Round to a given number of decimal places.
Calculate and interpret the mean as an average.
Use appropriate strategies to multiply and divide mentally, including by multiples of 10, 100 and 1000, and solve scaling problems and problems involving rate.
Calculate the median of a set of data.
Know and use the order of operations.
Extend mental methods of calculation to include percentages.
Simplify expressions involving multiplication and division.
Order positive and negative integers
Order positive decimals as a list with the smallest on the left (decimals should be to 4 or 5 significant figures).
MFL
Year 7 |
|
Emerging Indicative of GCSE Grades 1-3 |
You are beginning to understand some Spanish vocabulary and grammar, as well as the sounds words make. Your knowledge and ability to remember this knowledge is emerging. You can recall a small amount of prior learning. |
Developing Indicative of GCSE Grades 4-5 |
You are beginning to understand some Spanish vocabulary and grammar learnt to date, as well as the sounds words make. Your knowledge and ability to remember this knowledge is developing. You can recall some prior learning at this stage. |
Secure Indicative of GCSE Grades 6 |
You are beginning to understand the majority of Spanish vocabulary and grammar learnt to date, as well as the sounds words make. Your knowledge and ability to remember this knowledge is secure, in that you confidently recall prior learning and apply it to new situations. |
Mastery Indicative of GCSE Grades 7-9 |
You understand almost all Spanish vocabulary and grammar learnt so far, as well as the sounds words make. Your knowledge and ability to remember this knowledge is at a very high level. You can confidently recall prior learning and you apply it well to new situations. You are able to help others with their learning. |
Music
Music is a multidisciplinary subject and so we look at three distinct areas to create a holistic and well rounded musician; performance, composition, and appraisal.
Emerging- To perform with confidence and with a good degree of accuracy of pitches and rhythms, as well as a basic understanding of how to rehearse. To create a simple piece of music with a melody consisting of more basic rhythm or only stepwise movement. Sound choice has been considered but might not be appropriate. To appraise their own and others music using some correct terminology and being able to justify musical choices. |
Developing- To perform with confidence and with a high degree of accuracy of pitches and rhythms, as well as a basic understanding of how to rehearse. To create a simple piece of music with a melody that is appropriate for their chosen genre. Sound choice has been considered but may not fully match appropriately. To appraise their own and others music mostly using correct terminology and being able to justify musical choices. |
Secure- To perform with a good level of confidence and with a high degree of accuracy of pitches and rhythms, as well as a good understanding of how to rehearse. To create a piece of music using a high quality melody that matches their chosen genre well. They have good sound choice which contributes to a successful piece of music being created. To appraise their own and others music mostly using correct terminology and being able to justify musical choices. |
Mastery- To perform with a good level of confidence and with accuracy of pitches and rhythms in all styles, as well as a good understanding of how to rehearse. To compose fully realised pieces of music, with a strong melody which is highly produced to create a high quality sound, as well as a high quality piece of music. To appraise their own and other pieces using correct terminology and being able to justify musical choices. |
PE
Emerging 6 – 9 points |
Developing 10 – 15 points |
Secure 16 – 20 points |
Mastery 21 – 24 points |
|
Physical
|
I apply some limited skills into isolated drills, although I fail to maintain the appropriate technique in progressive drills.
When faced with competitive situations, my technique shows limited consistency over a range of both individual and team activities. |
I apply basic and simple skills into both isolated and progressive drills. My technique is inconsistent when faced with more advanced competitive situations. Some skills are starting to be applied with fluency, control, and confidence.
I am starting to demonstrate consistent basic technique and application of skill in competitive activities over a range of both individual and team sports. |
I can mostly apply a range of advanced skills into both isolated and progressive drills. My technique is mostly maintained throughout many activities when faced with more advanced competitive situations. My skills are mostly applied with fluency, control, and confidence.
I mostly demonstrate good technique and application of skill in competitive activities over a range of both individual and team sports. |
I can consistently apply a range of advanced skills into both isolated and progressive drills. My technique is maintained throughout many activities when faced with more advanced competitive situations. My skills are almost always applied with fluency, control, and confidence.
I consistently demonstrate good technique and application of skill in competitive activities over a range of both individual and team sports.
|
Knowledge
|
I can recall limited benefits of leading a healthy active lifestyle and its implications on anatomy and physiological principles.
I am beginning to understand how limited tactical knowledge is applied appropriately to many activities to outwit opponents. |
I can identify the basic benefits of leading a healthy active lifestyle and its implications on some anatomy and physiological principles.
I can identify and apply basic decisions in tactical knowledge and I am beginning to adapt in some activities to outwit opponents. |
I understand most of the benefits of leading a healthy active lifestyle and its implications on anatomy and physiological principles.
Tactical knowledge is applied accordingly to some activities to mostly outwit opponents. |
I have a developed knowledge and understanding of the benefits of leading a healthy active lifestyle and its implications on anatomy and physiological principles.
Tactical knowledge is advanced and well applied to many activities to consistently outwit opponents.
|
Attitudes
|
I make limited effort in the curriculum activities I like, although this is inconsistent across the range undertaken.
I use limited terminology to describe my own and other performances in team and individual activities. I can offer vague feedback to recognise strengths and areas in need of future development. |
I apply a basic level of effort in most aspects of the Physical Education curriculum. I have shown some interest in extracurricular sport activities I like, although this has been inconsistent across the year.
I can use basic terminology to describe my own and other performances in team and individual activities. I can identify some accurate strengths and areas in need of future development for a partner’s performance. |
I demonstrate a good level of effort in most aspects of curriculum and the extra-curricular activities that I attend. On occasion, I have demonstrated outstanding work ethic and determination in the activities I like the best.
I can mostly use a sound level of terminology to precisely analyse both my own and other performances in team and individual activities. Providing thorough and appropriate feedback to identify strengths and areas in need of future development |
I consistently strive to apply maximum effort in all curriculum and extra-curricular activities regardless of their nature. I act as a role model to my class peers, representing a determination and aspiration to succeed.
I can use consistently ambitious terminology to correctly analyse both my own and others performances in team and individual activities. Providing detailed and applicable feedback identifying strengths and areas in need of future development. |
Religious Education
Mastery
Two points with detailed explanations.
Secure
Two points with one detailed explanation.
Developing
Two points or one point with a detailed explanation.
Emerging
One point written.
Science
Year 7 Science Descriptors
Pathway |
Scientific Knowledge and Understanding |
Scientific descriptions and explanations |
Scientific Investigations |
Mathematical Skills |
Mastery (70% +) |
· Accurate, relevant and comprehensive knowledge and understanding applied to familiar and unfamiliar contexts. · Accurate use of scientific terminology |
· Accurate logical and detailed descriptions · Complex explanations and arguments using scientific knowledge to support |
· Make complex predictions and use scientific knowledge and evidence to support · To state simple control variables and state the independent and dependent variables in an investigation · To identify several risks in an investigation and suggest precautions for them all · To be able to follow more complex methods and to write a method that can be followed by others using key terminology and simple equipment names · Analyse qualitative and quantitative data · Write logical, well evidenced conclusions · Suggest some basic improvements to scientific methods but with little reasoning as to why and make simple comments on the accuracy of conclusions |
· To plot bar graphs accurately · To plot the majority of points on a line graph correctly · To calculate means · To input data into simple scientific formulas |
Secure (Below 70%) |
· Mostly accurate knowledge and understanding applied to most familiar and unfamiliar contexts. · Mostly accurate use of scientific terminology |
· Mostly accurate and logical descriptions which include some relevant and accurate scientific detail · Some explanations but lacking complexity |
· Make complex predictions and use some scientific knowledge and evidence to support with guidance from teacher · To state simple control variables and with guidance state the independent and dependent variables in an investigation · To identify several risks in an investigation and suggest some precautions · To be able to follow more complex methods and to write a method that can be followed by others using key terminology and simple equipment names with teacher assistance · Interpret qualitative and quantitative data. · Write logical, well evidenced conclusions with support · Basic comments made relating to scientific methods, with limited suggestions on improvements |
· To plot the majority of a bar graph accurately · To plot the majority of points on a line graph correctly with assistance of the teacher · To calculate means with assistance · To input data into simple scientific formulas with assistance |
Developing (Below 50%) |
· Some accurate knowledge and understanding applied to some familiar and unfamiliar contexts · Some accurate use of scientific terminology |
· Some logical descriptions which include some scientific detail · Occasional explanations but often confused and lacking detail |
· Make simple predictions and use some scientific knowledge to support · To identify simple control variables · To identify some risks and suggest simple precautions · To be able to follow and construct a simple method · Interpret qualitative and quantitative data with help of the teacher · Simple conclusions written. Some evidence provided · Basic comments made relating to scientific methods, with limited suggestions on improvements and some support of the teacher |
· To plot a bar graph with limited help · To plot some points on a line graph accurately with assistance · To calculate means with lots of teacher assistance · To input data into simple scientific formulas with significant assistance |
Emerging (Below 20%) |
· Some relevant scientific knowledge and understanding in familiar contexts · Scientific terminology used rarely |
· Descriptions are often missing or partial and lack scientific detail · Explanations rarely attempted
|
· Make simple predictions with a simple supporting comment with the help of the teacher · To identify simple control variables with guidance · To identify some risks and suggest simple precautions with assistance of the teacher · To be able to follow and construct a simple method with assistance of the teacher · Interpret qualitative and quantitative data with lots of help from the teacher · Simple conclusions written. Little evidence provided · Basic comments made relating to scientific methods, with limited suggestions on improvements and significant support of the teacher |
· To plot a bar graph with help · To plot some points on a line graph accurately with significant assistance
|