| Solved by pluggable solver: Midpoint |
The first point is (x1,y1). The second point is (x2,y2) Since the first point is (4, -4), we can say (x1, y1) = (4, -4) So Since the second point is (10, 4), we can also say (x2, y2) = (10, 4) So Put this all together to get: ---------------------------------------------------------------------------------------- Finding the x coordinate of the midpoint: Add up the corresponding x coordinates x1 and x2 and divide that sum by 2 X Coordinate of Midpoint = X Coordinate of Midpoint = X Coordinate of Midpoint = X Coordinate of Midpoint = So the x coordinate of the midpoint is 7 ---------------------------------------------------------------------------------------- Finding the y coordinate of the midpoint: Add up the corresponding y coordinates y1 and y2 and divide that sum by 2 Y Coordinate of Midpoint = Y Coordinate of Midpoint = Y Coordinate of Midpoint = Y Coordinate of Midpoint = So the y coordinate of the midpoint is 0 =============================================================================== Summary: The midpoint of the segment joining the two points (4, -4) and (10, 4) is (7, 0). So the answer is (7, 0) |
| Solved by pluggable solver: Distance Formula |
The first point is (x1,y1). The second point is (x2,y2) Since the first point is (7, 0), we can say (x1, y1) = (7, 0) So Since the second point is (2, 6), we can also say (x2, y2) = (2, 6) So Put this all together to get: -------------------------------------------------------------------------------------------- Now use the distance formula to find the distance between the two points (7, 0) and (2, 6) ========================================================== Answer: The distance between the two points (7, 0) and (2, 6) is exactly The approximate distance between the two points is about 7.81024967590665 units So again, Exact Distance: Approximate Distance: |