The denominator is the bottom number of a fraction and represents the whole in its entirety.
For example:

Master denominators with step-by-step practice problems. Learn to identify denominators, understand their function in fractions, and solve common denominator exercises.
The denominator is the bottom number of a fraction and represents the whole in its entirety.
For example:

Write the fraction shown in the drawing, in numbers:
Write the fraction shown in the diagram as a number:
The number of parts in the circle represents the denominator of the fraction, while the number of coloured parts represents the numerator.
The circle is divided into 2 parts and 1 part is coloured.
If we rewrite this as a fraction, we obtain the following:
Answer:
What is the marked part?
To solve this problem, we will count the total number of equal sections in the grid and the number of these sections that the marked area covers.
Therefore, the fraction of the area that is marked is .
Answer:
What is the marked part?
To determine the marked part, we need to calculate the fraction of the diagram that is shaded red.
First, we count the total number of rectangles in the diagram. There are 10 rectangles visible along a straight line.
Next, we count the number of rectangles shaded red. There are 8 red rectangles in the diagram.
Therefore, the fraction of the total diagram that is marked red is calculated as .
This fraction simplifies to , but the answer provided is in the form , which is equivalent.
Therefore, the marked part of the diagram is .
Answer:
What fraction does the part shaded in red represent?
To work out what the marked part is, we need to count how many coloured squares there are compared to how many squares there are in total.
If we count the coloured squares, we see that there are four such squares.
If we count all the squares, we see that there are seven in all.
Therefore, 4/7 of the squares are shaded in red.
Answer:
What is the marked part?
To solve the problem of finding the fraction of the marked part in the grid:
The grid consists of a series of squares, each of equal size. The task is to count how many squares are marked compared to the entire grid.
Let's perform these steps:
The grid displays several rows of columns. Visually, there appear to be a total of 10 squares in one row with corresponding columns, forming a grid.
Count the marked squares from the provided SVG graphic:
Total squares: 10 (lines are shown for organizing squares, as seen).
Calculate the fraction:
Thus, the marked part of the shape can be given as a fraction: .
Answer: