To evaluate the expression 10−620, follow these steps: Calculate the denominator: First, simplify the expression inside the parentheses. You'll subtract 6 from 10: 10− 6 = 4 Substitute the simplified denominator: Now that you've found the denominator, replace it back into the original expression. The expression now looks like this: 420 Perform the division: Next, you need to divide 20 by 4 ...
To evaluate (mn)(−3), we first need to define the functions m(x) and n(x). Without specific definitions given for these functions, we will treat m(x) and n(x) as generic functions, allowing you to substitute any specific expressions later.
When evaluating the expression 2a− 25 for a = −6, we find that the result is −37. After substituting −6 into the expression and performing the calculations step-by-step, the final answer is obtained. Therefore, the evaluated expression equals −37.
To evaluate the given numerical expressions, we need to follow the order of operations, which states that we should perform multiplication and division before addition and subtraction.
This answer is FREE! See the answer to your question: Complete the steps to evaluate the following expression, given [tex]$\log _3 a=-0.631$ [/t… - brainly.com
To evaluate the expression −c when c = −12, we start by substituting the value of c into the expression. We have: c = −12 Now, let's substitute c in the expression: −c = −(−12) Next, we simplify this. Remember that the negative of a negative number turns into a positive number. Hence: −(−12) = 12 Therefore, when c = −12, the value of −c is 12.
To evaluate the expression 7−2, we first need to understand the concept of negative exponents. Negative Exponent Rule: A negative exponent means that we take the reciprocal of the base raised to the positive version of the exponent.