if 2/x < 3 then x belongs to ?
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Hey!
Your answer-



Therefore,

S={x:x belongs to (2/3,infinity) , x belongs to R}
Hope it helps!!
Your answer-
Therefore,
S={x:x belongs to (2/3,infinity) , x belongs to R}
Hope it helps!!
Answered by
0
The value of x would lie in (2/3,infinity)
Given
- 2/x < 3
To find
- x belongs to
Solution
we are provided with an inequality containing a variable X and are asked to find the interval in which X would satisfy the given inequality
The values of X which satisfies the given inequalit can be estimated by simple operations just like as the case of a equation containing "equal to" symbol.
The given inequality,
2/x < 3
or, 2 < 3x ( bringing the variable x to the right side)
we are required to find the value of x ,thus we would eliminate three in the term containing x.
Therefore,
2/3 < x
From this inequality, it could be understood that for all the value of x greater than 2/3 the inequality will hold good.
Therefore, the value of x would lie in ( 2/3,infinity)
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