A) To make a non-equal comparison between two expressions. B) To calculate the slope of a line. C) To determine the exact value of a variable. D) To find the square root of a number.
A) ≪ and ≫ B) < and > C) = and ≠ D) ± and ∓
A) Inverse inequality B) Strict inequality C) Transitive inequality D) Non-strict inequality
A) Negative numbers B) Equality C) The number zero D) Real numbers
A) a is much less than b B) a is less than or equal to b C) a is greater than or equal to b D) a is strictly less than b
A) a is not equal to b B) a is at least b C) a is at most b D) a is much greater than b
A) John Wallis B) Isaac Newton C) Pierre Bouguer D) Leonhard Euler
A) a ≮ b B) a ≯ b C) a ≪ b D) a ≠ b
A) a is roughly equal to b B) a is not equal to b C) a is less than b D) a is greater than b
A) Slightly less than and slightly greater than B) Approximately equal to C) Inverse relations D) Much less than and much greater than
A) a = b B) b < a C) b > a D) a > b
A) Addition and subtraction property B) Reflexive property C) Converse property D) Transitive property
A) An equivalent statement B) A contradictory statement C) An invalid statement D) A strict inequality
A) The values are equal B) The values are within one unit of each other C) The lesser value can be neglected with little effect D) The values are negative
A) Non-strict inequality B) Transitive relation C) Inequation D) Strict inequality
A) A constant function. B) A non-monotonic function. C) A strictly decreasing function. D) A strictly increasing function.
A) Negative transitivity. B) Reflexivity. C) Irreflexivity. D) Asymmetry.
A) a < a B) a ≤ a C) a ≮ a D) a = a
A) Rational numbers (ℚ) B) Integers (ℤ) C) Complex numbers (ℂ) D) Real numbers (ℝ)
A) a = c B) a < c C) a > c D) a ≤ c
A) They are reversed B) They stay the same C) They become greater than or equal to D) They become equality signs
A) ai ≤ aj B) ai = aj C) ai > aj D) ai ≥ aj
A) Ignore the chained part B) Solve inequalities independently C) Isolate x by addition D) Multiply by x
A) Java B) C C) Python D) Assembly
A) Sharp B) Bounded C) Trivial D) Strict
A) a² ≥ −1 B) a² ≥ 0 C) a² ≥ −2 D) a² ≥ 1
A) A ≤ G ≤ H ≤ Q B) G ≤ H ≤ A ≤ Q C) Q ≤ A ≤ G ≤ H D) H ≤ G ≤ A ≤ Q
A) Harmonic mean B) Highest mean C) Hyperbolic mean D) Horizontal mean
A) Square of the average B) Square root of the average of squares C) Sum of squares divided by n D) Average of square roots
A) Complex manifold B) Vector addition space C) Euclidean field D) Inner product space
A) ex ≥ x - 1 B) ex ≥ 1 - x C) ex ≥ 1 + x2 D) ex ≥ 1 + x
A) Polynomial B) Logarithmic C) Linear D) Doubly exponential
A) Standard modulus order B) Euclidean order C) Exponential order D) Lexicographical order
A) xp + yp < (x + y)p B) xp + yp > (x + y)p C) xp + yp = (x + y)p D) xp - yp > (x + y)p |