Problem 19
Question
Add. See Examples 1 through 12,18, and 19. $$ -16+16 $$
Step-by-Step Solution
Verified Answer
The sum of -16 and 16 is 0.
1Step 1: Identify the Numbers
In the expression \(-16 + 16\)\, we have two numbers: \(-16\)\ and \(16\).\ Both numbers are integers, with \(-16\)\ being negative and \(16\)\ positive.
2Step 2: Recognize Opposites
Notice that the numbers \(-16\)\ and \(16\)\ are opposites. When two numbers are opposites, their sum equals zero because they are equal in magnitude but opposite in sign.
3Step 3: Calculate the Sum
To find the result of the expression, add the two numbers: \(-16 + 16 = 0\).\ Since they cancel each other out, the sum is zero.
Key Concepts
IntegersOppositesAddition
Integers
In basic arithmetic, integers are the set of whole numbers that include zero, positive numbers, and negative numbers. These are numbers without fractions or decimals. Understanding integers is foundational in mathematics, as they are used in a variety of operations:
- Positive integers (> 0) are numbers like 1, 2, 3, etc.
- Negative integers (< 0) include numbers like -1, -2, -3, etc.
- Zero (0) is an integer that is neither positive nor negative.
Opposites
Opposite numbers are two numbers that have the same numerical value but different signs. For example, the opposites of each other are like -5 and 5. When plotted on a number line, these numbers are equidistant from the origin (zero) but in opposite directions. The concept of opposites is important because:
- Adding opposite numbers results in zero. For instance, -16 and 16 are opposites, and their sum is zero.
- It helps in understanding symmetry in mathematics.
Addition
Addition is one of the fundamental operations of arithmetic. It combines numbers into a total sum. When adding integers, remember:
- The sum of two positive numbers is positive.
- The sum of two negative numbers is negative.
- The sum of one positive and one negative number depends on their absolute values. The result takes the sign of the larger absolute value.
Other exercises in this chapter
Problem 19
Subtract. \(-21-(-21)\)
View solution Problem 19
The area of a square whose sides each measure 5 meters is \((5 \cdot 5)\) square meters. Write this area using exponential notation.
View solution Problem 19
Simplify each expression by combining any like terms. $$ 7 x^{2}+8 x^{2}-10 x^{2} $$
View solution Problem 19
Evaluate \(-4^{2}\)
View solution