Answer-Statement: P > Q ≥ R = S ≤ T < U Conclusions: I. T > Q II. U < P

Q: Answer-Statement: P &gt; Q &ge; R = S &le; T &lt; U Conclusions: I. T &gt; Q II. U &lt; P

No relation can be established between T and Q or U and P, thus both are false.

Question

Statement: P > Q ≥ R = S ≤ T < U

Conclusions: I. T > Q II. U < P In the question below relationship between different elements is shown in the statements. The statements are followed by two conclusions. Give Answers :

A if only conclusion I is true

B if only conclusion II is true

C if either conclusion I or conclusion II is true

D if neither conclusion I nor conclusion II is true

E if both conclusion I and conclusion II are true

Practice Next

More Coded Inequalities Questions

Consider two concentric circles having radii 17 cm and 15 cm. What is the length (in cm) of the chord, of the bigger circle, which is a tangent to the s...
If O is the orthocentre of ΔABC , if ∠ BOC = 105 ⁰ then what is the measure of ∠ BAC?
In the given figure CD is parallel to AB then ∠y is?

If O is circumcentre of acute angled triangle ABC, if ∠ OBC = 15⁰ then ∠BAC = ?
Length of a chord in a circle of radius 'r' cm, is 40 cm and distance between chord and centre of the circle is 21 cm. Find the value of (2r + 1).
The sides of a triangle are 10 cm, 17 cm, and 21 cm. Find the area of the triangle using Heron’s formula.
The radius of the incircle of a triangle is 8 cm. if the area of the triangle is 56 cm ², then its perimeter is?
The internal bisector of ∆ABC at ∠A cuts BC on D and cuts the circumcircle at E. If DE = 6cm, AC = 8cm and AD = 10 cm, then find the length of AB?
Find the area of triangle having sides 5 m, 6 m, and 9 m.

Statement: P &gt; Q &ge; R = S &le; T &lt; U

Solution

Statement: P > Q ≥ R = S ≤ T < U