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Which graph represents the solution set of the inequality x2-4x-50?
The question cannot be answered because there is no inequality there!
What is the solution to the inequality below x2 is less than 25?
If x2 < 25 Then: |x| < 5 -5 < x < 5
What is the Solution Set of x2 - 16 < 0?
do it yourself
What is an inequality containing the word or?
It could be the solution to some quadratic inequalities: for example x2 + 2x - 3 > 0 whose solution is x < -3 or x > 1.
Solve the equation 11-x2 equals -5?
11-x2=-5 add -11 to both sides: 11-x2-11=-5-11 -x2=-16 divide both sides by -2: (-x2)/(-2)=(-16)/(-2) x=8 If the "x2" was supposed to be "x2", meaning exponentiation, ("x squared") and not "x2", implying multiplication, ("x times two") then we'd get: x2=16 x=±4
Which values are solution to the inequality of x2 equals 64?
x2≤64
What is the solution to the inequality x2 16?
if x2 ≠ 16, then: {x | x ∈ ℜ, x ∉ (4, -4)}
What is the solution equation x2 equals 16?
-4 and 4
Which values are solutions to the inequality x2 equals 16?
x2 = 16take the root square for both sides the result will be :X = +4 or -4
What is the solution to the inequality below x2 64?
the answer is -8<x<8.
Which graph represents the solution set of the inequality x2-4x-50?
The question cannot be answered because there is no inequality there!
What is the solution to the inequality below x2 is less than 25?
If x2 < 25 Then: |x| < 5 -5 < x < 5
Which inequality has all real number as its solution?
x2 ≥ 0 is one possible answer.
How do you solve x2 equals 16?
If you meant x2 = 16 then take square root both sides which gives x = 4 but you need to see that -42 is also 16 so that is another solution. The two solutions are 4 and -4.
Can a quadratic inequality have a solution set that is all real numbers?
Yes. Consider x2 ≥ 0
Solution set of x2 plus 49 equals 0?
x2 + 49 = 0 ∴ x2 = -49 ∴ x = 7i
What is the Solution Set of x2 - 16 < 0?
do it yourself
