Q: Two fractions that represent the same point on the number line?

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No

All fractions can be labelled on a number line.

The point that is 3.15 units away from 0 on the positive side of the number line.

A point on the number line, at a distance of 2.2 units to the right from the origin.

fractions are represented in form of decimals

It will be easier to know what to write

Yes and no. 1/2 can be written 2/4, so the fractions are written differently, but mathematically equivalent. The same is true of any point on a number line. The same point couldn't be 1/2 and 1/3 since these fractions aren't equal.

A graph or a number line or maybe some shapes

Equivalent fractions.

The point that divides a line segment into two equal parts is called the midpoint.|________________|________________|Let the first vertical line, | , represent point A. Let the second vertical line represent point C. Let the third vertical line represent point B.Before we divided this line, it was segment AB. The MIDPOINT, C, divided it into two equal parts.

The melting point or boiling point ...................

Do you mean a number line?The question you asked contains the answer. Every point on a number line corresponds to a number, and every number has a corresponding point on the number line.

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Draw a line, from 0, angled at 45 degrees to the number line. Let P be the point at 4.3 units along this line. Drop a perpendicular from P to the number line - to meet it at Q. Then OQ = sqrt(4.3). Repeat on the negative side of the number line.

Integers are positive and/or negative numbers. Fractions are not integers because they are not originally positive or negative. However, they can both be put on a number line and be considered an integer. Fractions aren't integers unless put on a number line. Integers don't have to be on a number line to be considered an integer.

take a no. line

by looking at the denominator

3/4 on the number line is 0.75

Irrational numbers can be graphed at a number line, but only as an estimation.

manipulated variable

Can

It is the real number whose length represents the distance from the zero on the line to the point on the line.

As the denominator increases the fraction will be smaller but there is no limit to how tiny that fraction can be. So between any two numbers on the number line, you can have an infinite number of fractions.

Any real number can correspond to a point on a line.

i think it goes on forever

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