# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
Scale:
x axis   2 cm : 1 unit
y axis   1 cm : 1 unit
for    - 4 ≤ x ≤ 4

Plot on the GRID card and post it in the padlet

# data[].attributes.body
I'm feeling much better today and should be able to make it to school tomorrow :)

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
Hannah (07)
I corrected a mistake I realised I made

# data[].attributes.body
Plotty plot plot

# data[].attributes.body
(1) SCALE (0m)
The values in the upper half (near the end) of the y axis is incorrectly marked.
❌ Plot in portrait - most of the time.
A clue comes from the y values in the table that you used to find the pairs of points.

(2) PLOT (0m)
- Points are clearly plotted
- Need to join the points with a ruler (a straight line)

(3) LABEL (0m)
- Check what is missing

# data[].attributes.body
(1) SCALE (1m)

(2) PLOT (0m)
- How many points are plotted?
- Mark the points with crosses. Need to improve the visibility and precision of the points.

(3) LABEL (1m)

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
(1) SCALE (1m)

(2) PLOT (0m)
-  How many points are plotted?
-  To improve visibility & precision, use crosses to plot

(3) LABEL (0m)
- Check what is missing?

# data[].attributes.body
(1) SCALE (1m)

(2) PLOT (0m)
- How many points are plotted?
- To improve visibility & precision, use crosses to plot
- Need to use a RULER to join the points

(3) LABEL (0m)
- Check what is missing

# data[].attributes.body
(1) SCALE (1m)

(2) PLOT (0m)
- 3  points are plotted
- To improve visibility & precision, use crosses to plot

(3) LABEL (0m)
- Check what is missing

# data[].attributes.body
(1) SCALE (1m)

(2) PLOT (0m)
- Did you plot any point?
- To improve visibility & precision, use crosses to plot

(3) LABEL (0m)
- Check what is missing

# data[].attributes.body
(1) SCALE (0m)
- The horizontal axis is correctly marked
- Check the vertical axis: What's wrong with the numbers below the x-axis?

(2) PLOT (0m)
- How many points are plotted?
- To improve visibility & precision, use crosses to plot
- Use a ruler to join the points

(3) LABEL (1m)

# data[].attributes.body
It seems like the previous error arises from the joining of the points, which likely because you did not use a long ruler to join all the points.

(1) SCALE (1m)

(2) PLOT (0m)
- How many points are plotted?
- To improve visibility & precision, use crosses to plot

(3) LABEL (0m)
-  You have labelled the x-y axis; however, something along the axis is missing. What is that?

👍  Equation of the line is indicated

For improvement:
Write the numbers of the vertical axis on the LHS of the axis so that the negative sign of the numbers are clearer.

# data[].attributes.body
(1) SCALE (1m)

(2) PLOT (0m)
- To improve visibility & precision, use crosses to plot
- Need to join the points with a ruler (a straight line)

(3) LABEL (0m)
- Check what is missing

# data[].attributes.body
(1) SCALE (0m)
- Something is not quite right on how the vertical axis is marked (below the x axis). Can you spot it?

(2) PLOT (0m)
-  3 points are clearly plotted
- However, need to join the points with a ruler (a straight line)

(3) LABEL (1m)

❌ Plot in portrait - most of the time.
A clue comes from the y values in the table that you used to find the pairs of points.

# data[].attributes.body
(1) SCALE (1m)

(2) PLOT (0m)
- How many points are plotted?
- To improve visibility & precision, use crosses to plot
- Need to join the points with a ruler (a straight line)

(3) LABEL (0m)
- Check what is missing

# data[].attributes.body
(1) SCALE (1m)
Suggestion: Write the numbers on the LHS of the y-axis so that the negative sign is clearer.

(2) PLOT (1m)

(3) LABEL (0m)
- Check what is missing

# data[].attributes.body
(1) SCALE (1m)

(2) PLOT (0m)
- Did you plot any points?
- To improve visibility & precision, use crosses to plot
- Need to join the points with a ruler (a straight line)

(3) LABEL (0m)
- Check what is missing

# data[].attributes.body
(1) SCALE (1m)
❌ Plot in portrait - most of the time.
A clue comes from the y values in the table that you used to find the pairs of points.

(2) PLOT (1m)

(3) LABEL (0m)
- Check what is missing

# data[].attributes.body
(1) SCALE (1m)

(2) PLOT (0m)
- Need to use a ruler to join the points
- Notice that you used 5 points, which is more than necessary. How many points di you think would be good enough to check whether we have plotted the points correctly?

(3) LABEL (0m)
- Check what is missing

# data[].attributes.body
(1) SCALE (0m)
The values in the upper half (near the end) of the y axis are missing.
❌ Plot in portrait - most of the time.
A clue comes from the y values in the table that you used to find the pairs of points.

(2) PLOT (0m)
- A serious concern! You have not plotted the points correctly! A point must be marked accurately (using a cross). It cannot be 'floating' (see the last point).
- Need to join the points with a ruler (a straight line)

(3) LABEL (0m)
- Check what is missing

# data[].attributes.body
(1) SCALE (1m)

(2) PLOT (0m)
- Notice that you have used 6 points, which is more than necsesry. How many points do you think would be good enough to check whether you have plotted the points correctly?
- Use crosses instead of dots to mark the marks - for greater precision

(3) LABEL (1m)

# data[].attributes.body
(1) SCALE (1m)

(2) PLOT (0m)
- Points are clearly plotted
- Need to join the points with a ruler (a straight line)

(3) LABEL (0m)
- Check what is missing
- You have included the equation on the graph paper, however, need to write it near the line that you have drawn.

# data[].attributes.body
(1) SCALE (1m)

(2) PLOT (0m)
- How many points are plotted?
- For precision, should mark the plotted points with crosses
- Need to join the points with a ruler (a straight line)

(3) LABEL (0m)
- Check what is missing

# data[].attributes.body
(1) SCALE (1m)

(2) PLOT (0m)
- Points are clearly plotted
- Need to join the points with a ruler (a straight line)

(3) LABEL (1m)

# data[].attributes.body
(1) SCALE (0m)
The values in the upper half (near the end) of the y axis is incorrectly marked.
❌ Plot in portrait - most of the time.
A clue comes from the y values in the table that you used to find the pairs of points.

(2) PLOT (0m)
- Points are  plotted (except the last one) however, need to be more precision. Mark these points with crosses instead.
- Need to join the points with a ruler (a straight line)

(3) LABEL (1m)

# data[].attributes.body
(1) SCALE (1m)

(2) PLOT (0m)
- Need to join the points with a ruler (a straight line)

(3) LABEL (0m)
- Check what is missing?
(only origin is visible)

# data[].attributes.body
(1) SCALE (1m)

(2) PLOT (1m)
Note: there seemed to be a small disjoint on the line at x = 2.3. Use a long ruler to avoid such breaks

(3) LABLE (1m)

# data[].attributes.body
We will use the following for the feedback:
(1) SCALE: numbers must be clearly marked along the x and y axes
(2) PLOT: At least 3 points are marked with crosses and the points are joined ONE single straight line
(3) LABEL: x & y axes and the Origin are labelled. By right, we also need to label the line with the given equation. As this was not communicated to you earlier, we shall not penalise the absence of the equation in this exercise.

# data[].attributes.body
(1) SCALE (1m)

(2) PLOT (0m)
- need to join the points with a ruler (a straight line)

(3) LABEL (0m)
- Check what is missing?