Write the fraction shown in the diagram as a number:
Write the fraction shown in the diagram as a number:
Write the fraction shown in the diagram as a number:
Write the fraction shown in the drawing, in numbers:
Write the fraction shown in the drawing, in numbers:
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 get:
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 3 parts and 2 parts are coloured.
If we rewrite this as a fraction, we get:
Write the fraction shown in the drawing, in numbers:
The number of parts in the circle represents the denominator of the fraction, and the number of colored parts represents the numerator.
The circle is divided into 3 parts, 1 part is colored.
Now let's write it and we'll get:
Write the fraction shown in the drawing, in numbers:
The number of parts in the circle represents the denominator of the fraction, and the number of colored parts represents the numerator.
The circle is divided into 4 parts, 2 parts are colored.
Now we'll write and get:
Write the fraction shown in the drawing, in numbers:
The number of parts in the circle represents the denominator of the fraction, and the number of colored parts represents the numerator.
The circle is divided into 4 parts, 3 parts are colored.
Now we'll write and get:
Write the fraction shown in the drawing, in numbers:
Write the fraction shown in the drawing, in numbers:
Write the fraction shown in the drawing, in numbers:
Write the fraction shown in the drawing, in numbers:
Write the fraction shown in the drawing, in numbers:
Write the fraction shown in the drawing, in numbers:
The number of parts in the circle represents the denominator of the fraction, and the number of colored parts represents the numerator.
The circle is divided into 3 parts, 3 parts are colored.
Now let's write it and we'll get:
Write the fraction shown in the drawing, in numbers:
The number of parts in the circle represents the denominator of the fraction, and the number of colored parts represents the numerator.
The circle is divided into 8 parts, 3 parts are colored.
Now we'll write and get:
Write the fraction shown in the drawing, in numbers:
The number of parts in the circle represents the denominator of the fraction, and the number of colored parts represents the numerator.
The circle is divided into 8 parts, 6 parts are colored.
Now we'll write and get:
Write the fraction shown in the drawing, in numbers:
The number of parts in the circle represents the denominator of the fraction, and the number of colored parts represents the numerator.
The circle is divided into 8 parts, 4 parts are colored.
Now we'll write and get:
Write the fraction shown in the drawing, in numbers:
The number of parts in the circle represents the denominator of the fraction, and the number of colored parts represents the numerator.
The circle is divided into 12 parts, 6 parts are colored.
Now we'll write and get:
Write the fraction shown in the drawing, in numbers:
Write the fraction shown in the drawing, in numbers:
Write the fraction shown in the drawing, in numbers:
The number of parts in the shape represents the denominator of the fraction, and the number of colored parts represents the numerator.
The shape is divided into 12 parts, 4 parts are colored.
Now we'll write and get:
Write the fraction shown in the drawing, in numbers:
The number of parts in the shape represents the denominator of the fraction, and the number of colored parts represents the numerator.
The shape is divided into 12 parts, 3 parts are colored.
Now we'll write and get: