A point H on a segment with endpoints B(3, −1) and Z(12, 5) partitions the segment in a 5:1 ratio. Find H. You must show all work to receive credit.
this is a little hard to explain, so please feel free to clarify on any piece of information that is confusing if the segment BZ is partitioned into a 5:1 ratio, using point H, that means BH must be 5 times the length of HZ illustrated: |dw:1593052429210:dw| if you consider the whole length as 5x + x = 6x, that means BH must be 5x/6x = 5/6 of the whole length, and HZ must be x/6x = 1/6 of the whole length
this partition also applies to the x and y-coordinates if we consider the distance between the x-coordinates to be some number (a), then the x-coordinate of H is 5/6 of the way between the x-coordinates of points B and Z same logic with the y-coordinates so, we can find the 5/6 point by plotting B and Z, then calculating the 5/6 point |dw:1593052724298:dw|
considering only the x-direction first: |dw:1593052814590:dw| the x-coordinates are 12 and 3, so the positive difference is simply 12 - 3 = 9 calculating 5/6 of this gives us 9 * (5/6) = 15/2 so the x-coordinate is 15/2 units long (however, 15/2 is not the x-coordinate b/c we're not starting at 0) simply add 15/2 to the lower x-coordinate (3) to get the new coordinate repeat this process with the y-coordinates report your solution as (x-coordinate, y-coordinate)
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