Solve the inequality.
... Solve the inequality. 2x – 7 ≤ 5 + 2x 2x – 7 ≤ 5 + 2x The same variable term (x) appears on both sides. Look at the other terms. For any number x, subtracting 7 will always result in a lesser number than adding 5. All values of x make the inequality true. All real numbers are solutions. ...
... Solve the inequality. 2x – 7 ≤ 5 + 2x 2x – 7 ≤ 5 + 2x The same variable term (x) appears on both sides. Look at the other terms. For any number x, subtracting 7 will always result in a lesser number than adding 5. All values of x make the inequality true. All real numbers are solutions. ...
The y
... Lesson 4.2, For use with pages 215-222 Rewrite the equation so y is a function of x. 2. 3x + 4y = 16 ANSWER ...
... Lesson 4.2, For use with pages 215-222 Rewrite the equation so y is a function of x. 2. 3x + 4y = 16 ANSWER ...
DOC - JMap
... , of wild turkeys in a certain area is represented by the function , where x is the number of years since 2010. How many more turkeys will be in the population for the year 2015 than 2010? ...
... , of wild turkeys in a certain area is represented by the function , where x is the number of years since 2010. How many more turkeys will be in the population for the year 2015 than 2010? ...
Holt CA Course 1
... The letter a has a value that can change, or vary. When a letter represents a number that can vary, it is called a variable. The year 1954 is a constant because the number cannot change. An algebraic expression is an expression that contains at least one variable. For example, 1954 + a is an algebra ...
... The letter a has a value that can change, or vary. When a letter represents a number that can vary, it is called a variable. The year 1954 is a constant because the number cannot change. An algebraic expression is an expression that contains at least one variable. For example, 1954 + a is an algebra ...