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Example Questions
Example Question #351 : Operations
Solve the expression:
To solve this, first evaluate the terms inside the absolute values.
Recall that any value inside an absolute value sign will become positive and the absolute value bars will go away.
Simplify.
Example Question #352 : Operations
Solve:
Solve by evaluating the quantity inside the absolute value.
Remember that the absolute value bars will turn any value inside of them to a positive value.
Now simplify the absolute value, and apply order of operations.
Example Question #34 : Absolute Value
Solve:
Simplify the terms inside the absolute value.
Negative and positive values inside the absolute value will become positive.
Example Question #354 : Operations
Solve:
Evaluate by first eliminating the absolute value. Any positive or negative value inside the absolute value will be converted to a positive value.
The exponents can be expanded.
Multiply the terms and subtract.
The answer is .
Example Question #355 : Operations
Solve the absolute values:
Simplify the numbers inside the absolute value first. Do not distribute the negative signs into the absolute value. Values inside the absolute value sign are converted to positive values.
Simplify the above expression.
Subtract the values.
Example Question #356 : Operations
Determine the value of:
Evaluate the quantity that is squared.
Any value inside the absolute value sign will be converted to a positive number.
The answer is:
Example Question #357 : Operations
Solve the absolute value:
Solve the terms inside the absolute value first.
Simplify the absolute value. Any term inside the absolute value is converted to a positive value.
Convert the negative exponent to a positive exponent by taking the reciprocal of the inner term. Simplify.
Example Question #358 : Operations
Solve the equation below.
The straight brackets indicate absolute value.
Absolute value means the distance from zero.
Example: Even a -16 is still 16 away from zero.
Therefore,
The absolute value of -15 is 15.
Example Question #359 : Operations
Solve the following equation.
The absolute value of a number is its distance from zero on a number line. Because of that, the absolute value of a number can never be negative.
So,
because the distance from zero to -7 on a number line is 7.
So,
Example Question #360 : Operations
Solve:
None of the other answers
First, we solve the absolute value portion:
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