If 100 + x < 41 – 6x < 121 + x then
then x is equal to
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The set of real values of x for which
The solution set of |x2 + x| = x2 + x is given by
Find the value(s) of x which satisfy
If x ∈ R, the solution set of the inequation 4–x + 0.5 – 7. 2–x – 4 < 0 is equal to
The solution set of the inequality
Set of values of x which satisfies
If 3x+2 - 9-1/ x> 0 , then the interval of x can be
If log2x + logx2 = 10/3 and log2y + logy2 = 10/3 then the value of x + y (where x ≠ y)
the complete solution set of values of x is
How many roots of the following equation 3|x| (2- | x |) = 0 has
If x satisfies |x2 – 3x + 2| + |x – 1| = x – 3, then
If a > 0, then
|2x - 3| < |x + 5|, then x belongs to :
The solution set of the equation
If a = log1218, b = log2454, then the value of ab + 5(a – b) is
If |x - 1|< 5 and |x| >2 . Then x is equal to
Greatest negative integral value of x satisfying |4x + 3| = |7x - 1| - 3x - 4|
The integral value of x ∈ (–π, π) satisfying the equation |x2 -1+cosx| = |x2 - 1| + |cos x| can be
The set of values of x satisfying the inequality (x – 1)7 (3 – x)5 (x – 2)4 > 0 is
The set of values of x satisfying the inequality
If P and Q are sum and product respectively of all real values of x satisfying the equation
If log2 x + log2 y > 6 , then the least value of (x + y) is :
If log2 |4 - 5x| > 2 . Then complete solution set is equal to
If log72 = m, then log4928 is equal to
Maximum value of log5 (3x + 4y) , if x2 + y2 = 25 is
The value of x satisfying