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Form 5: Linear Law 2.1 Line of Best Fit - Drawing lines of best fit If x and y are two variables related  linearly , then when the values of y are plotted against the values of x, a  straight line  is obtained. Graph of y against x
How is it related to the topic vector in the subtopic of addition and subtraction? Look at the next slide so that you can see the connection.
Connection  When we have two lines of best fit, we can add or subtract the lines. If the lines are linear, they can be added or subtracted whether they are parallel or non-parallel to each other.
Line of best fit The two diagrams show the line of best fit. These two lines are parallel to each other. P Q R S
We have the vector  and  . When we add  both vectors, the resultant vector is  .  Where,
[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object]

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Vector

  • 1. Form 5: Linear Law 2.1 Line of Best Fit - Drawing lines of best fit If x and y are two variables related linearly , then when the values of y are plotted against the values of x, a straight line is obtained. Graph of y against x
  • 2. How is it related to the topic vector in the subtopic of addition and subtraction? Look at the next slide so that you can see the connection.
  • 3. Connection When we have two lines of best fit, we can add or subtract the lines. If the lines are linear, they can be added or subtracted whether they are parallel or non-parallel to each other.
  • 4. Line of best fit The two diagrams show the line of best fit. These two lines are parallel to each other. P Q R S
  • 5. We have the vector and . When we add both vectors, the resultant vector is . Where,
  • 6.