Question: Using Points (7,2) (4,12) State the points before you start working. "My points are (7,2) and (4,12)." Compute the slope, m, using the slope formula. Keep the answer as a fraction so it is an exact answer. Use the point-slope form of a line to create the equation of the line going through the two points. If you have a special case of a line that is not a function, then just write the equation of the line and explain why you can't use the point-slope formula. If possible, put the line in slope-intercept form and identify the y-intercept value as an ordered pair. Again, for those with special cases, give the equation of the line and the x-intercept. Use Desmos or Graphmatica to graph your line. Adjust the axes so the y-intercept is shown and labeled. If your line does not have a y-intercept, still graph it, show and label the x-intercept, and explain why in terms of graphing it is not a function
Question: Using Points (7,2) (4,12) State the points before you start working. "My points are (7,2) and (4,12)." Compute the slope, m, using the slope formula. Keep the answer as a fraction so it is an exact answer. Use the point-slope form of a line to create the equation of the line going through the two points. If you have a special case of a line that is not a function, then just write the equation of the line and explain why you can't use the point-slope formula. If possible, put the line in slope-intercept form and identify the y-intercept value as an ordered pair. Again, for those with special cases, give the equation of the line and the x-intercept. Use Desmos or Graphmatica to graph your line. Adjust the axes so the y-intercept is shown and labeled. If your line does not have a y-intercept, still graph it, show and label the x-intercept, and explain why in terms of graphing it is not a function
Question: Using Points (7,2) (4,12) State the points before you start working. "My points are (7,2) and (4,12)." Compute the slope, m, using the slope formula. Keep the answer as a fraction so it is an exact answer. Use the point-slope form of a line to create the equation of the line going through the two points. If you have a special case of a line that is not a function, then just write the equation of the line and explain why you can't use the point-slope formula. If possible, put the line in slope-intercept form and identify the y-intercept value as an ordered pair. Again, for those with special cases, give the equation of the line and the x-intercept. Use Desmos or Graphmatica to graph your line. Adjust the axes so the y-intercept is shown and labeled. If your line does not have a y-intercept, still graph it, show and label the x-intercept, and explain why in terms of graphing it is not a function
Question:
Using Points (7,2) (4,12)
State the points before you start working. "My points are (7,2) and (4,12)."
Compute the slope, m, using the slope formula. Keep the answer as a fraction so it is an exact answer.
Use the point-slope form of a line to create the equation of the line going through the two points. If you have a special case of a line that is not a function, then just write the equation of the line and explain why you can't use the point-slope formula.
If possible, put the line in slope-intercept form and identify the y-intercept value as an ordered pair. Again, for those with special cases, give the equation of the line and the x-intercept.
Use Desmos or Graphmatica to graph your line. Adjust the axes so the y-intercept is shown and labeled. If your line does not have a y-intercept, still graph it, show and label the x-intercept, and explain why in terms of graphing it is not a function
Formula Formula Point-slope equation: The point-slope equation of a line passing through the point (x 1 , y 1 ) with slope m , is given by the following formula: y - y 1 = m x - x 1 Example: The point-slope equation of a line passing through (2, -6) with slope 5 is given by: y - (-6) = 5(x - 2) y + 6 = 5(x - 2)
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