Fill in the blanks: - i. A fraction is a number which can be written in the form a/b, where a, b are 0. - ii. If numerator and denominator of a fraction have no common factor other than 1, then the fraction is said to be in its form. m. if then fractions and are called the portion of the whole. iv. The value of the product of two proper fractions is than each of the two fractions. v. The product of two improper fractions is than the two fractions. vi. A fraction whose denominator is any of the numbers 10,000, 1000 etc, called a VII. 11.5 = numbers and b mxa mxb fractions because they represent = 1. vili. If 312.5-25 = 12.5, then value of 3.125+ 25 is ix. The product of a proper and an improper fraction is then the proper fraction. x. When a decimal number is multiplied by 10,000 or 1000 the digits in the product are same as in the by as, many of decimal number but the decimal point in the product is shifted to the places as there are zeros over one. than the improper fraction and
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i. A fraction is a number which can be written in the form a/b, where a, b are integers and b is not equal to 0.
ii. If numerator and denominator of a fraction have no common factor other than 1, then the fraction is said to be in its simplest form.
iii. if p/q represents a fraction, then fractions np/nq and mq/mq are called equivalent fractions.
iv. The value of the product of two proper fractions is smaller than each of the two fractions.
v. The product of two improper fractions is greater than the two fractions.
vi. A fraction whose denominator is any of the numbers 10,000, 1000, etc., is called a decimal fraction.
vii. 11.5 = 11 1/2 numbers and b 12 1/2 fractions because they represent 1/2.
viii. If 312.5 - 25 = 12.5, then the value of 3.125 + 25 is 28.125.
ix. The product of a proper and an improper fraction is greater than the proper fraction.
x. When a decimal number is multiplied by 10,000 or 1000, the digits in the product are the same as in the original decimal number, but the decimal point in the product is shifted to the right as many places as there are zeros in the multiplier.