If a point has an abscissa of 5, it means that its x-coordinate is 5. The point could lie anywhere along the vertical line where x equals 5, which extends infinitely in the positive and negative directions on the y-axis. Therefore, the point could be represented as (5, y), where y can be any real number.
IV
5
All numbers that have a 4 before a decimal point and some non-zero digits after the decimal point lie between 4 and 5. If the "between" is inclusive, then the numbers 4 and 5 (which can be followed by a decimal point and any number of zeros) also lie there.
An infinite number of points lie on that line. One such would be (40, 65).
No. y=2x+5, right? substitute 2 in for "x" as that is your x-coordinate y=2*2+5 = 4+5 = 9 which is not your given y-coordinate.
IV
the abscissa of the point -2 -5 is
It would lie on the y axis
5
5
9
It is 4.
y = -x + 5 Substitute ( -4,1) 1 = --4 + 5 1 = 4 + 5 = 9 Simce it doesn't equate, then the point does NOT lie on the line.
All numbers that have a 4 before a decimal point and some non-zero digits after the decimal point lie between 4 and 5. If the "between" is inclusive, then the numbers 4 and 5 (which can be followed by a decimal point and any number of zeros) also lie there.
An infinite number of points lie on that line. One such would be (40, 65).
Since no points were given, for any point (x,y), plug the x and y values of the point into the equation. If you get a contradiction, ie 5=3 or something similar, then the point does not lie on the graph.
Vivian Lie is 5' 4".