A word and number arrangement machine when given on input lie of words and numbers rearranges them following a particular rule in each step. The following is an illustration of input and arrangement.
Input: base 35 or gone 62 49 87 ahead
Step I: 87 base 35 or gone 62 49 ahead
Step II: 87 ahead base 35 or gone 62 49
Step III: 87 ahead 62 base 35 or gone 49
Step IV: 87 ahead 62 base 49 35 or gone
Step V: 87 ahead 62 base 49 gone 35 or
As per rules followed in the above steps, find out in each of the following questions, the appropriate step for the given input.
INPUT: how was your stay 56 25 36 64

Which of the following words/numbers would be 6th from right in Step III?

From a point $P$ outside a circle, $PAB$ is a secant and $PT$ is a tangent to the circle, where $A, B$ and $T$ are points on the circle. If $PT=5 cm, PA=4 cm$ and $AB=x cm$, then $x$ is equal to :

A wire when bent in the form of a square encloses an area of $484 sq. cm$. If the same wire is bent in the form of a circle, what is the area enclosed by it?

Study the following information carefully and answer the following question.
A word arrangement machine, when given an input line of words, rearranges them following a particular rule in each step. The following is an illustration of input and the steps of rearrangement.
Input $\to$Ability, Logical, Reasoning, Competence, Success, Hardwork
Step I $\to$ Competence, Reasoning, Hardwork, Logical, Success, Ability
Step II$\to$ Ability, competence, Hardwork, Logical, Reasoning, Success
Step III$\to$Logical, Competence, Reasoning, Hardwork, Success, Ability
Step IV$\to$Hardwork, Ability, Reasoning, competence, Logical, Success

Which of the following will be Step VI for the input?

In the given figure, $\angle QRN=40°, \angle PQR=46°$ and $MN$ is a tangent at $R$. What is the value(in degrees) of $x, y$ and $z$ respectively?

Consider the following diagram in which $AB$ is the tangent to circle. Find the length of $OQ(in cm)$ if the measure of the largest chord of that circle is $6 cm$ and $PQ$ is $4 cm.$

Quantity $1$: Area of square is $324 {\mathrm{cm}}^2$, whose perimeter is equal to perimeter of rectangle. Length of the rectangle is $4 \mathrm{cm}$ more than breadth of the rectangle. Find the area of rectangle.

Quantity $2$: $320 {\mathrm{cm}}^2$.

In each of the following question, arrange the given words in a meaningful sequence and thus find the correct answer from alternatives.

$1.$ Phrase    $2.$ Alphabet    $3.$ Sentence    $4.$ Word