Statements: $F\ge K<L, T<K, N>K\ge O$

Conclusions:

I. $N>T$

II.  $O\le F$

III.  $L>N$

IV.  $F\ge T$

Find out the conclusions that follow the given statements:

Statements: $M=V;R\ge S; V<S; M>A; R\le U$

Conclusions:

$\mathrm{I}.$ $U>S$

$\mathrm{II}.$ $R=S$

$\mathrm{III}.$ $R>S$

Find the conclusions that are true from the given statements:

Statements: $A<P=C\ge D;S>U\le B<A;C<Q>S\ge V$

Conclusions:

$\mathrm{I}.$ $\mathrm{U}>\mathrm{V}$

$\mathrm{II}.$ $B<C$

$\mathrm{III}.$ $Q>D$

The interchange of which of the given numbers or signs in the alternatives will make the given equation meaningful?

$\left(20+3\right)\times 6+8-32=76$ 

When $- \& =, 60 \& 20$ are interchanged, find which one of the following equations will be correct?

Directions:

If $\vee$ stands for $\times$, $\wedge$ stands for $+$, $\forall$ stands for $-$ and $A$ stands for $÷$.

Then, which of the following will be the correct equation? 

In the following question, assuming the given statements to be true, find which of the two conclusions $\mathrm{I}$ and $\mathrm{II}$ given below is/are definitely true.

Give answer.
$1.$ If only conclusion $\mathrm{I}$ is true.
$2.$ If only conclusion $\mathrm{II}$ is true.
$3.$ If either conclusion $\mathrm{I}$ or $\mathrm{II}$ is true.
$4.$ If neither conclusion $\mathrm{I}$ nor $\mathrm{II}$ is true.
$5.$ If both conclusions $\mathrm{I}$ and $\mathrm{II}$ are true.

Statement: A$>$ B $>$ C $>$ D $<$ E $<$ F
Conclusions: $\mathrm{I}.$ B $>$ D                 $\mathrm{II}.$ C $<$ A

In which of the given expressions, does the expression 'C $<$ P' definitely holds false?

Give answer.
$1.$ If only conclusion $\mathrm{I}$ is true.
$2.$ If only conclusion $\mathrm{II}$ is true.
$3.$ If either conclusion $\mathrm{I}$ or $\mathrm{II}$ is true.
$4.$ If neither conclusion $\mathrm{I}$ nor $\mathrm{II}$ is true.
$5.$ If both conclusions $\mathrm{I}$ and $\mathrm{II}$ are true.

Statement: M $<$ N $>$ O $>$ P $<$ R $>$ S

Which of the following is true for the relationship between $p$ and $q$ ?

(I) $120p^2-118p+9=0$

(II) $72q^2-66q+5=0$

Consider the following statements to be true and then answer which conclusion(s) is/are true.

Statements:
a. T > V > W > X = P,
b. P = K > O > R > S

Conclusions:
I. T > S 
II. S > T