x ≥ 6
{x| x ≥ 6} or the interval [6,∞).
All real numbers that are greater than or equal to zero
This is a function. Functions are used in trigonometry and algebra equations. They are also used in calculus to find out a series of numbers.
No. The domain is usually the set of Real numbers whereas the range is a subset comprising Real numbers which are either all greater than or equal to a minimum value (or LE a maximum value).
2x -5 ≥ 32x ≥ 8x ≥ 4The solution set are all real numbers greater than or equal to 4, or you can write the answer as{x| x ≥ 4} or [4,∞) .
The inequality ( x - 1 > 0 ) simplifies to ( x > 1 ). This means that any real number greater than 1 is a solution. Since there are infinitely many real numbers greater than 1, the inequality has infinitely many solutions.
The real numbers greater than or equal to -2, represented by {x: x >= -2 }, is a set. A set is simply a group of things, which you can ask if a particular element is in that set. For example, 17.273 is in {x: x >= -2}, but "apple" is not in {x: x >= -2}. In this case, the set {x: x >= -2} contains all the real numbers that are greater than or equal to -2 and nothing else.
{x| x ≥ 6} or the interval [6,∞).
Since it is an inequality, there is no way to solve for x. It equals all real numbers.
All real numbers that are greater than or equal to zero
2x + 3 > 72x + 3 - 3 > 7 - 32x > 42x/2 > 4/2x > 2The solution is all real numbers greater than 2.
Well "real numbers" are whole numbers greater than or equal to 0. Therefore, they cannot be negative or have decimals. So in this case, the answer would be: 10 <= x < infinity
Rephrase your question. You gave an equality, not an inequality. ◄
7x - 7 ≥ 8 (add 7 to both sides)7x ≥ 15 (divide to both sides by 7)x ≥ 15/7 or 2 1/7All real numbers greater than or equal to 15/7 are solutions.Graph on a number line all real numbers to the right of 15/7, and use a closed dot to indicate that 15/7 is a solution.
The answer to this is 2, and 0.
A real number is any whole number, so -3,-2,-1,0,1,2,9,10,32,45, and 23,405,868 are real numbers. A positive number is any number greater or equal to zero.
This is a function. Functions are used in trigonometry and algebra equations. They are also used in calculus to find out a series of numbers.