9/1000
A fraction whose numerator (top number) and denominator (bottom number) are the same has a value of 1. The fraction, 5 over 5 (5/5), for example, is (bottom) 5 divided into (top) 5 = 1. 9/9 = 1, 7/7 = 1, and so on.
In the number 32.9, the 9 is in the tenths place. This means that the value of the 9 is 9/10 or 0.9. The 3 is in the units place and its value is 3. Therefore, the value of 9 in the number 32.9 is 0.9.
The value of the digit 9 in the number 987 is 900 (nine hundred).
54.92
28/7 32/9 36/9 40/10
A fraction whose numerator (top number) and denominator (bottom number) are the same has a value of 1. The fraction, 5 over 5 (5/5), for example, is (bottom) 5 divided into (top) 5 = 1. 9/9 = 1, 7/7 = 1, and so on.
Yes, 9 tenths (.9) is 9/10. All decimals have an equal fraction, which is the first number divided by the second number, as in the 9 divided by 10. The same rule applies to all decimals and fractions. Another example is: 3 fourths = 3/4 = .75 You just divide the top number (3) by the bottom number (4)
They are equivalent fractions as for example 9/12 can be reduced to 3/4
An infinite number of fractions do. This is because you can multiply it by the number one without changing it's value, and any number other than zero divided by itself equals one. This means you can multiply it by 2/2, 3/3, 4/4 and so on, giving you the fractions 3/4, 6/8, 9/12, 12/16, 15/20, etc.
The absolute value of a number is its distance from zero on the number line, regardless of direction. For the number -9, the absolute value is 9, as it is 9 units away from zero. Therefore, the absolute value of -9 is 9.
Y/3 - 1/9 = 2/9
Equivalent fractions can be defined as fractions that may have different numerators and denominators but they represent the same value. For example, 9/12 and 6/8 are equivalent fractions because both are equal to 3/4.
There are an infinite number of equivalent fractions. The simplest form is 9/10.
The three improper fractions that equal the whole number 3 are 9/3, 6/2, and 3/1. These fractions show different ways to represent the whole number 3 using improper fractions.
Equivalent fractions are numbers with the same value as 4/9. One example is 8/18, another is 2/4.5
In the number 19, the face value of 9 is simply 9 itself, as it is the digit at that place. The place value of 9 in this number is 9 multiplied by the place it occupies, which is the units place. Therefore, the place value of 9 in the number 19 is 9.
Two equivalent fractions of 3 over 7 are 6 over 14 and 9 over 21. These fractions represent the same value as 3/7 because they can be obtained by multiplying both the numerator and denominator of 3/7 by the same number (2 for 6/14 and 3 for 9/21).