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This question is based on the five, three-digit numbers given below:

(Left) 448 455 275 563 215 (Right)

What will be the resultant if the third digit of the largest number is added to the second digit of the smallest number?

A5

B4

C3

D6

Answer:

B. 4

Read Explanation:

The resultant is 4.

  1. Identify the Numbers:
    The given five three-digit numbers are: 448, 455, 275, 563, 215

  2. Find the Target Digits:

    • Largest Number: 563 →\rightarrow The third digit is 3.

    • Smallest Number: 215 →\rightarrow The second digit is 1.

  3. Calculate the Resultant:

    • Add the two digits together: 3 + 1 = 4


Related Questions:

Based on the given statement, two conclusions are drawn. Find out which conclusion is true based on the statement.

Statement:

A < Q, \, Q \leq X, \, E = A < T

Conclusions:

  1. T < E

  2. A=XA = X

Refer to the following number and symbol series and answer the question that follows. Counting to be done from left to right only.

(Left) & + + % 5 / 6 % 2 / 1 9 * $ @ 4 / / & 7 < (Right)

How many such symbols are there each of which is immediately preceded by another symbol and also immediately followed by a number?

In this question, a group of numbers/symbols is coded using letters as per the table given below and the conditions which follow. The correct combination of codes following the condition is your answer.

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Conditions:

  • (i) If the first element is a number and the last, a symbol, the codes for these two are to be interchanged.

  • (ii) If the first element is an odd number and the last, an even number, the first and last elements are to be coded as $\emptyset$.

  • (iii) If both second and third elements are perfect squares, the third element is to be coded as the code for the second element.

How will '6 < % 2 #' be coded?

A statement is given followed by two assumptions numbered I and II. You have to assume everything in the statement to be true and decide which of the given assumptions is/are implicit in the Statement.

Statement: .

I. Please register for the event latest by 21 April to collect free passes.

II. Passes will not be issued without valid address proof.

Assumptions:

I. Voter ID card is a valid address proof.

II. Passes can be purchased at the venue.

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