This can be understood with the help of a number line. The number line rule says, "To add a negative number we move to the left on the number line". Therefore, observe the following number line, and apply the rule on -7 + (- 4). We can see that when we start from -7 and mo...
Using the Product Rule with Negative Exponents and a Whole Number Base Follow these steps to evaluate exponential expressions with a whole number base: Step 1: Determine all of the exponents with the same base number, noting those that are positive and those that are negative. Step ...
According to this rule, if the exponent is negative, we can make it positive by writing the same value in the denominator while the numerator is written as 1. The rule for negative exponents is as follows: For any non-zero number a and an integer m, \(a^{-m}=\frac{1}{a^m}\)...
where the exponent in the numerator (up) was greater than the one in the denominator (down), so the final exponent after simplifying was always a positive number, and greater than zero. In this section, we will explore what happens when we apply the quotient rule for exponents and ...
The negative exponents describe how many times we have to divide the base number. Visit BYJU’S to learn the definition, rules, procedure for solving the negative exponents with examples.
We make use ofquotient rulewhen dividing exponents with the same base. The quotient rule for exponents states that if we divide exponents with the same base, then we can subtract the exponents and keep the base unchanged. This means that if a is anyreal numberand m and n are positive int...
What is the rule for adding two negative numbers?Adding two negative numbers is easy: you're just adding two "minus" arrows (that is, two arrows pointing to the left along the number line), so it's just like regular addition with positive numbers, but in the opposite direction. For ...
We will explore the product rule by solving this expression longform first. We will first convert these numbers into positive exponents on the reciprocal of each base: x−2×x−3=(1x)2×(1x)3 Expanding each exponential number, we get: ...
Negative exponents rule Negative exponent example Negative fractional exponents Fractions with negative exponents Multiplying negative exponents Dividing negative exponentsNegative exponents ruleThe base b raised to the power of minus n is equal to 1 divided by the base b raised to the power of n:...
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