Point B
A line over a whole number means that number repeats for an infinite number of times.
The point where a line crosses the x-axis is called the x-intercept.
if used in a decimal it means that the number it is over is repeating ex) 27.33333333333333 instead you could write 27.3 with a line over the 3
an exponential function flipped over the line y=x
The midway point of 1/4 and 3/4 is 1/2 * (1/4 + 3/4) = 1/2 * (4/4) = 1/2
21/8 = 25/8 = 2.675 So it is a point 5/8 (0.675) of the way from 2 to 3.
b (A+)
C represents 100, M represents 1,000 and X with a line over the top of it represents 10,000. The number would be MXC, there is a line above the X.
_____ XXXIVCC A V with a line over it represents 5,000. X with a line over it represents 10,000.
A line over a Roman numeral represents multiplication of that numeral by a thousand. For example, a line over the numeral X represents 10,000 (10 * 1000) and a line over the numeral V represents 5,000 (5 * 1000).
An X with a line over it represents 10,000. A V with a line over it represents 5,000. Therefore, 17017 is: __ XVMMXVII
The point exactly halfway between ' 1 ' and ' 2 ' does.
A continuous line goes on forever, the mathematic symbol for infinity is a sideways number 8 because U'r able to draw that symbol infinitely over & over again. A normal line starts with a point A & finishes with the point B, but a line that is continuous has no point B.
To find the perpendicular line segment from a point to a line by folding paper, first, place the point on one side of the line and the line itself on the opposite side. Fold the paper so that the point aligns directly over the line, ensuring the fold creates a crease that intersects the line at a right angle. The crease represents the perpendicular segment from the point to the line, and its intersection with the line is the foot of the perpendicular. Unfold the paper to reveal the segment clearly.
An X with a line over it represents 10,000. A V with a line over it represents 5,000. Therefore, 25000 is: ___ XXV
Frequency
A line over a whole number means that number repeats for an infinite number of times.