SRCC GBO 2024

Looking at the relationship between the first two terms, we see that F is the sixth alphabet from the beginning, whereas U is the sixth alphabet from the end. 

Similarly, K is the 11th alphabet from the start, and P is the 11 alphabet from the end. 

Looking at the two terms in between, H is the 8th alphabet from the start, and S is the 8th alphabet from the end. 
Finally, J is the 10th alphabet from the start, and Q is the 10th alphabet from the end. 
And the terms in the centre are switched with each other. 

In order to find the same pattern for the third term, we would begin with the first alphabet from the end: Z

The term would end with the 12th alphabet from the end (since L is the twelfth alphabet from the start), which would be O)
The second character in the term would be opposite of the third character in the third term which would be D, therefore, we want the fourth term from the end, which would be W. 
Finally, for the third character, we would want the opposite of the second character of term three, which would be C. Therefore, we would want the third character from the end, which would be X

Therefore, the correct term would be ZWXO

Hence, Option D is the correct answer. 

99 can be factorized as 9*11

120 can be factorized as 10*12 = (9+1)*(11+1)

143 can be written as 13*11

So, 14*12=168

 H O L Ω Y & 4 Z 2 * 3 M & 7 S W # 8 2 p H * L is the given sequence.

After removing all the numbers from sequence, the resulting sequence will be  H O L Ω Y & Z * M & S W # p H * L

Seventh from the right will be S.

I. People engaged in tertiary sector from urban area is more than non-urban area.

103+67>76+84

170>160 True.

So, statement 1 is true.

II. People engaged in primary sector from urban area is more than non-urban area.

103+106+93>83+96+84

302>263 true

This statement is true.

The given sequence is PRG, VLJ, BFM.

PRG, VLJ, BFM

First letter pattern P, V, B

P+6 = V

V+6 = B

B+6 = H

Second letter pattern R, L, F

R-6 = L

L-6 = F

F-6 = Z

Third lette G, J, M

G+3 = J

J+3 = M

M+3 = P

So, the next term in the sequence is HZP.

JXG : ZNW

J+16 = Z

X+16 = N

G+16 = W

Similarly,

TRC

T+16 = J

R+16 = H

C+16 = S

JHS is the answer.

Number of odd days till 2000 is 0.

Number of odd days from 2001 to 2009 is 10( 2 leap years +6 normal years).

Number of odd days in 2010 till sept 10 is (31+28+31+30+31+30+31+31+30 = 274) 274

Total odd days is 274+10=284%7=4.

So, the day is thursday.

Option A: GIHJ : FLGK

F = G-1

L = I+3

G = H-1

K = J+1

The pattern here is (-1,+3,-1,+1)

Option B: ZYAX : YZZY

Y = Z-1

Z = Y+1

Z = A-1

Y =X+1

The pattern here is (-1,+1,-1,+1)

Option C: EHFG : DIEH

D = E-1

I = H+1

E = F-1

H =G+1

The pattern here is (-1,+1,-1,+1)

Option D: PVQU : OWPV

O = P-1

W = V+1

P = Q-1

V =U+1

The pattern here is (-1,+1,-1,+1)

Option 1 is different form other options.

The pattern in this sequence is as follows:

if w,x,y,z is the sequence.

x=w*2+3

y=x*2+4

z=y*2+5

Let's look at the original sequence.

11 = 4*2+3

26 = 11*2+4

? = 26*2+5

120 = ?*2+6

247 = 120*2+7

$$\Rightarrow$$ ? = 26*2+5=57