There are infinitely many solutions to that. Pick any fraction. Subtract 1 minus that fraction to get the second fraction. Examples:
1/2 + 1/2
3/2 + (-1/2)
1/5 + 4/5
2/17 + 15/17
etc.
Two and a half added to five and a half equals eight. When you add the whole numbers together (2 + 5) and then the fractions (0.5 + 0.5), you get a total of 8.
Yes, any two whole numbers added together will equal a whole number.
Short answer - yes, fractions with whole numbers are rational. All whole numbers are rational. All fractions are rational. Rational numbers can be added to always make another rational number.
A "whole" is typically represented by the fraction 1, as it signifies the entirety of something. In terms of fractions that make a whole, any two fractions that add up to 1 would fit this criteria. For example, 1/2 and 1/2, or 3/4 and 1/4 would both make a whole when added together.
Fractions can only be added or subtracted when they are both fractions and have a common denominator. If they do not have a common denominator, you must first find one before performing the operation. Additionally, whole numbers can be expressed as fractions (e.g., 3 as 3/1), allowing for addition or subtraction with other fractions. However, you cannot add or subtract fractions with numbers that are not in fraction form without converting them first.
Two and a half added to five and a half equals eight. When you add the whole numbers together (2 + 5) and then the fractions (0.5 + 0.5), you get a total of 8.
An integer is a whole number without decimals or fractions
Yes, any two whole numbers added together will equal a whole number.
Short answer - yes, fractions with whole numbers are rational. All whole numbers are rational. All fractions are rational. Rational numbers can be added to always make another rational number.
No. All fractions are not whole numbers, but all whole numbers are [improper] fractions (with a denominator of 1).
A "whole" is typically represented by the fraction 1, as it signifies the entirety of something. In terms of fractions that make a whole, any two fractions that add up to 1 would fit this criteria. For example, 1/2 and 1/2, or 3/4 and 1/4 would both make a whole when added together.
Decimals and fractions are PART of a whole
Fractions can only be added or subtracted when they are both fractions and have a common denominator. If they do not have a common denominator, you must first find one before performing the operation. Additionally, whole numbers can be expressed as fractions (e.g., 3 as 3/1), allowing for addition or subtraction with other fractions. However, you cannot add or subtract fractions with numbers that are not in fraction form without converting them first.
Multiplying fractions involves multiplying the numerators together and the denominators together, resulting in a new fraction. In contrast, when multiplying whole numbers by fractions, the whole number is treated as a fraction (with a denominator of 1) and then multiplied using the same method. This results in a fraction that may require simplification. Overall, the key difference lies in how the components are combined, but both processes follow the basic principle of multiplication.
fractions are parts of a whole number
LCM, as a concept makes sense for whole numbers, not decimal fractions.
Adding and subtracting fractions can ONLY be done if the denominators are the same; then the calculation is done by adding or subtracting the numerators. Multiplying (and dividing) fractions does not require the denominators to be the same. To divide by a fraction the divisor is inverted (the original numerator becomes the new denominator and the original denominator becomes the new numerator) and then the fractions are multiplied. Multiplying fractions is achieved by multiplying the numerators together AND multiplying the denominators together. A whole number is the same as a fraction with the whole number as the numerator and a denominator of 1, so when multiplying by a whole number the denominator is multiplied by 1 (leaving it the same) and the is multiplication is effectively just multiplying the numerator by the whole number.