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We have introduced focussed foundation level GCSE Combined Science courses for AQA and Edexcel. Please contact info@ezyeducation.co.uk to obtain access. 

Assignment Hub Improvements

We have introduced a number of improvements to the Assignment Hub.

Please see below for details and instructions:

  1. Assignments can be set for single classes, multiple classes or for individual or small groups of students.
  2. Click on "class" and select however many classes you wish to select for, select a due date, close, set.
  3. Click on "student" and select the student or students you wish to select work for and complete as above. The "student" filed will show all students. If you wish to reduce this number simply select class first before then selecting from the students in view.
  4. The assignment pages now show which teacher set the work and have a sort option available to rearrange the order of assignments by the due date.
  5. Any teacher can now set work for any class.
  6. The grade book report can now be accessed directly from the Learning Zone home page i.e. report icon visible. This applies to work set for single students and means there would be a filtered grade book for one student or for all the students the work was set for.
  7. Students will now have access to a retake button in the completed assignments section.
  8. Assignments are now attached to students (previously classes) so that assignments from all previous classes remain visible when students change class.
  9. School reps will now appear in the teacher tab. If you select and the edit you will see that they can now be specifically added to classes.
  10. The hub now shows who set work. However, this has not been tracked historically and will not show on legacy assignments. You will see -//- in the column.
  11. There is a sort arrow above the due dates so that assignments can be re-ordered by the due date.
  12. Overdue assignments are now highlighted in student pages with indigo (previously red).
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Course Home Page Makeovers

We are currently in the process of giving the courses a "face-lift" to improve the student and teacher interface and user experience when navigating through the course home page. The main changes for the Econ. courses are detailed here. Similar changes will be implemented Science and Maths through the rest of the summer.

Course Description:

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EzyMaths Snapshots - Augmented Reality Brings Maths to Life

Students & Parents can purchase snapshot booklets at a cost of £9.99 via our Amazon listing by clicking here.

Introduce the magic of augmented reality into your classroom with our EzyMaths Snapshots! Pocket-sized booklets covering the entire GCSE (9-1) syllabus.

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Exam tips.

Exam tips.

We have put together a list of the formulae required for the exam that you need to memorise. We have also put together a little list of tips to help with your exam preparation.

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Countdown to Exams - Day 85 - Bearings

Countdown to Exams - Day 85 - Bearings

Today's topic that we are focusing on is Bearings. Bearings are used in navigation to identify (as a measure of turn) where the direction of one object is in relation to another. You need to remember that bearings are calculated from North, in a clockwise direction and given as a three digit value. Be careful with sentence structure as bearings are measured FROM the object (normally the second point in the question). When calculating more complex bearings knowledge of angles in parallel lines is useful (particularly co-interior angles). The harder questions will involve speed, time, perpendicular lines and maybe the use of Pythagoras' theorem and trigonometry.

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Countdown to Exams - Day 84 - Time and Money

Countdown to Exams - Day 84 - Time and Money

In today's topic, we look at Time and Money. You can be faced with questions involving time and converting time is an important skill to have when faced with some of the more obscure problem-solving questions. We also have a look at money as there have been money problems linked to probability and possible combination problems. Other common questions involve currency conversion where you either multiply or dived by the exchange rate.

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Countdown to Exams - Day 83 - Units

Countdown to Exams - Day 83 - Units

In today's topic, we look at Units. Many of the questions you will face will include units of some descriptions so it important that you are able to convert between the different types of units (metric). This will involve multiplying or dividing your value by a power of 10 (10, 100, 1000 etc). When it comes to Area and Volume the conversion factors are squared and cubed respectively.

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Countdown to Exams - Day 82 - Vectors

Countdown to Exams - Day 82 - Vectors

Today's topic in the countdown to exams is Vectors. Vectors describe a translation (a movement from one place to another) and can be written using vector notation (used to describe a translation). as we get more advanced, the coordinate grid is removed and the notation is given by bold letters (ab, c) To go from one point to another, you will have to travel along vectors that you already know. If you travel with a vector it will be positive, if you travel against a vector, it will be negative.

In more advanced questions midpoints and ratios will be introduced and you may have to factorise your answers to prove that two vectors are parallel or collinear.

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Countdown to Exams - Day 81 - Surds and rationalising the denominator

Countdown to Exams - Day 81 - Surds and rationalising the denominator

Today we focus our attention on the topic of Surds and rationalising the denominator. You need to understand that Surds are expressions that contain an irrational square root (meaning, if you square rooted the number, you would get a never ending decimal). There are some laws of Surds that you need to be aware of (much like the laws of indices). Some questions will ask you to change a root to the form a√b, to do this you need to find the largest square number that will go into the number and simplify form there. 

When it comes to rationalising the denominator, the key principle here is removing the square root from the denominator so that we are left with a whole number. This is achieved by multiplying. Take care to notice the different methods used when dealing with simple and more complex problems.

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Countdown to Exams - Day 80 - Circle theorems

Countdown to Exams - Day 80 - Circle theorems

On day 80 of our countdown to exams, we take a look at the topic of Circle theorems. There are 7 key circle theorems you need to be able to recall when faced with questions involving missing angles in circles. In order to secure full marks, you will need to justify your reasoning by stating one or more of the circle theorems (not just the shape) along with other angle facts you know (straight line, triangle, around point etc.).

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Countdown to Exams - Day 79 - Frequency and Two-way tables

Countdown to Exams - Day 79 - Frequency and Two-way tables

Today we are taking a look at Frequency and Two-way tables. Frequency tables are created from raw data that have categorised, tallied and then totalled. We can use frequency tables to calculate relative frequencies which can be useful to describe proportions. If the sample is large enough, it can enable us to interpret them as probabilities. Two-way tables provide information about the frequency of two variables and the key to solving problems of this type is to pay attention to the totals column. This will enable you to complete a two-way table accurately and then use the information to calculate probabilities based on the data within the table.

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Countdown to Exams - Day 78 - Types of Data and Sampling

Countdown to Exams - Day 78 - Types of Data and Sampling

Types of data and Sampling is the foci in today's countdown. You need to be able to recall the types of data and be able to categorise data when it is given to you. Note that there are several categories of data and your information may fit into two or more of these categories. The idea behind sampling is to get a selection of people that will accurately represent the whole population when statistical analysis is carried out. There are two types to be aware of, random (members given a number and then randomly chosen) and stratified (proportionate amount of each group is selected). When dealing with data collection it is always important to think about Bias and whether the data will be collected in a 'fair' manner.

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Countdown to Exams - Day 77 - Trigonometric graphs

Countdown to Exams - Day 77 - Trigonometric graphs

We focus on the topic of Trigonometric graphs in today's countdown blog. You will be expected to recall the shapes of the three trigonometric functions and be able to highlight the key points (x-axis intercepts, Maximum and minimum turning points.). Note that the x-axis is measured in degrees and that the trigonometric graphs are periodical (they repeat every 360 degrees). You should then be able to read off the graphs to give the angles for specific sin/cos/tan values (notice the symmetry and that there will be more than one angle).

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Countdown to Exams - Day 76 - Sine and Cosine rules

Countdown to Exams - Day 76 - Sine and Cosine rules

In today's blog post, we take a look at the Sine and Cosine rules. These rules are used when we are asked to find missing lengths or angles in non-right-angled triangles. The Sine rule is best used when you have an angle and its opposite length and the Cosine rule when you have two sides and the included angle. It is then a case of substituting know values into the formulae and rearranging to generate your answer.

You will not be given these formulae in the exam so makes sure you commit them to memory.

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Countdown to Exams - Day 75 - Estimating gradients, Area under a curve

Countdown to Exams - Day 75 - Estimating gradients, Area under a curve

In today's blog, we attempt to tackle two fairly complex topics in the GCSE course. Firstly, we look at Estimating gradients.Calculating the average gradient from beginning to end does not give a good representation of what is happening in the graph. What can be done is to break the graph down into smaller sections and the average gradient of those are calculated to give a better idea of what is happening. Another method is to find the gradient at specific points on the graph, this involves constructing a series of tangents by eye and calculating the gradient at each point. This is where an estimate comes in because each tangent may vary slightly.

Secondly, we take a look at the area under a curve. The area under a velocity-time graph (most common question) will give you the distance that the object/particle has travelled. You will have to break the graph up into equal widths to give you a triangle and a series of trapezia. Calculate the area of each shape and that will tell the distance travelled.

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Countdown to Exams - Day 74 - Using graphs to find solutions

Countdown to Exams - Day 74 - Using graphs to find solutions

Today's blog looks at the topic of Using graphs to find solutions. You will normally come across this topic when you need to solve simultaneous equations graphically. With this topic it will be important to construct the graphs accurately to get the correct information (if they are already done for you, no problems!) You should be looking for the point of intersection as this will the point where x and y have the same value for each equation.

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Countdown to Exams - Day 73 - Translations and reflection of graphs

Countdown to Exams - Day 73 - Translations and reflection of graphs

Today's focus in our countdown to exams is the topic of Translations and reflections of graphs. You will be given a function (graph) and be asked to manipulate the function and sketch a new graph sometimes labelling the key points on the graphs. Starting with translations, when you add to the function f(x)+a or f(x+a), this causes the graph to move up/down or left/right. 

f(x)+a is a movement up/down by a units. f(x+a) is a movement left/right by a units (+=left, -=right).

Reflections are caused by making the function negative or the variable negative. 

-f(x) is a reflection in the x axis (the outputs are reversed). f(-x) is a reflection in the y axis (the inputs are reversed)

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Countdown to Exams - Day 72 - Rates of change

Countdown to Exams - Day 72 - Rates of change

In today's blog, we look at the topic of Rates of change. With linear functions (straight line graphs) the rate of change can be interpreted from the gradient of the function. It is interpreted as an amount of y per amount of x (e.g. Dollars per hour, Metres per second). When dealing with non-linear functions there are two rates of change you could calculate.

The average rate of change; here you create a chord between two intervals and then calculate the gradient of the cord and interpret as a rate of change. The disadvantage of this is that it doesn't truly reflect the nature of the graph.

The other rate of change is an instantaneous rate of change; here you are working out the rate of change at a specific point. Create a tangent at the point, calculate and interpret the gradient as a rate of change. This will give a more accurate representation of what is happening but more tangents will be required to deliver the bigger picture.

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Countdown to Exams - Day 71 - Functions

Countdown to Exams - Day 71 - Functions

Today, we take a look at the topic of Functions. It is important to think of functions as a machine where a value is put into the function f(x) and an output is calculated. When using functions the key process is substituting the value into the function and yielding an output (imagine completing a table of values for a quadratic). You may be asked to calculate inverse functions which is the process of working backwards from the output to find the value of the number that has been put into the function. Composite functions is where you combine two or more functions to create a new (super) function.

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Countdown to Exams - Day 70 - Algebraic fractions

Countdown to Exams - Day 70 - Algebraic fractions

In today's blog post, we focus on the topic of Algebraic fractions. In this higher level topic, it is important to remember the fundamentals of the operations involving fractions. If adding/subtracting, remember you need a common denominator so may have to multiply your fractions (with numbers or algebraic terms). When multiplying multiply across the numerators then multiply across the denominators (cross cancel where possible). When dividing remember to multiply by the reciprocal of the second fraction (keep change flip).

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