Commutative Property of Rational Numbers Commutative Property The commutative property of rational numbers states that when any two rational numbers are added or multiplied in any order the result we get same result. In case of subtraction and division, if order of numbers is change the result will also change. We will understand these properties […]
Read More →Closure Property of Rational Numbers What are Rational Numbers? Rational numbers are numbers which can be represented in the form of p/q, where p and q are any two integers and q is not equal to zero(q ≠ 0). Closure Property of Rational Numbers When we perform any operation on a rational number, such that […]
Read More →Addition of Rational Numbers Complete Following Worksheet.
Read More →Properties of Rational Numbers Rational numbers Rational numbers are numbers which can be represented in the form of p/q, where p and q are any two integers and q is not equal to zero(q ≠ 0). Denominator and Numerator of a Rational Number In a rational number p/q, the integer p is the numerator and […]
Read More →Exponent and Power – Difference Exponent Power Exponent can be define as the number of times a certain number is used in the multiplication. Power can be define as the number of times a number is multiplied by itself. Exponent is always written as a superscript of the number to which the power is raised. […]
Read More →Multiplying Variables with Exponents – Rule – Examples Multiplication of variables with exponents In this tutorial, we will learn the multiplication of variable with exponents. If the base of a term is a variable, we use the same rules of multiplication that are used for numbers. When the variable bases are same, the powers are […]
Read More →Multiplying Exponents with Square Roots In this tutorial, we will learn the multiplication of exponents, where bases have a square root. When multiplying square roots that contain exponents, we can rewrite the term with a rational exponent. The square root of a positive number (√a) can be expressed as a rational exponent and (√a) = […]
Read More →Multiplying Exponents with Difference Bases and Difference Powers When exponents with different bases and different powers are multiplied, so each exponent is evaluated separately and then multiplied. Mathematically it can be written as, am x bn = (a)m x (b)n Let two exponents with different bases and powers is am and bⁿ. Here a and b are the different bases […]
Read More →Multiplying Exponents with Difference Base and Same Powers In this tutorial, we will learn the rule of multiplication of exponents with different bases but same powers. When we multiply exponents with different bases and same powers, we can simply multiply the bases and keep the exponent same. Mathematically it can be written as, [ an […]
Read More →Multiplying Exponents- Same Base In this chapter, we will study about multiplication of exponents with same base. When a number repeatedly multiplied by itself, multiple times is known as Exponent. For example: p raised to q means that p is multiplied by itself q times. = pq = p x p x p x p […]
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